# Bio Green Wax — Comprehensive Company & Product Information > UK-registered global B2B supplier of industrial waxes, oleochemicals, and edible oils. Supplying soy wax, coconut wax, rapeseed wax, palm stearic acid, hydrogenated castor oil, glycerine, castor oil, soap noodles and more to manufacturers worldwide. This document provides complete product descriptions, FAQs, industry applications, and company details. ## About Bio Green Wax Learn about Bio Green Wax Ltd, a UK-registered global supplier of edible oils, fats, industrial waxes, and oleochemicals for B2B buyers worldwide. Certified with ISO, HACCP, and RSPO credentials, we supply manufacturers across 50+ countries. Our portfolio spans 66 products across Industrial Waxes, Oleochemicals, Edible Oils, Soy Wax, Coconut Wax, Rapeseed Wax, Palm Stearic Acid, Hydrogenated Castor Oil, Glycerine, Soap Noodles, PKFAD, Castor Oil. - **Registered Name**: Bio Green Wax - **Trading Brand**: Bio Green Wax - **Company Number**: 15814481 - **Country of Registration**: United Kingdom - **Type**: B2B Supplier & Distributor - **Headquarters**: Bio Green Wax Ltd, 128 City Road, London, United Kingdom, EC1V 2NX - **Geographic Coverage**: Global — sourcing from Southeast Asia, West Africa, South America, and Europe; supplying to clients worldwide - **Key Markets**: Industrial Waxes, Oleochemicals, Edible Oils, Soy Wax, Coconut Wax, Rapeseed Wax, Palm Stearic Acid, Hydrogenated Castor Oil, Glycerine, Soap Noodles, PKFAD, Castor Oil ## Contact Information - **Sales Enquiries**: https://biogreenwax.com/contact - **General Enquiries**: https://biogreenwax.com/contact - **Phone**: +44 20 7101 3847 - **WhatsApp**: +44 7778 028001 - **Address**: Bio Green Wax Ltd, 128 City Road, London, United Kingdom, EC1V 2NX - **Business Hours**: Monday-Friday 9:00 AM - 6:00 PM (GMT) - **Profile**: https://www.linkedin.com/company/bio-green-wax - **Profile**: https://x.com/biogreenwax - **Profile**: https://www.facebook.com/profile.php?id=61575289419414 - **Profile**: https://grokipedia.com/page/Bio_Green_Wax_Ltd ## Website Navigation - Homepage: https://biogreenwax.com - All Products: https://biogreenwax.com/products - Industries / Sectors: https://biogreenwax.com/sectors - About Us: https://biogreenwax.com/about - Certifications: https://biogreenwax.com/certifications - News & Articles: https://biogreenwax.com/news - Common FAQ: https://biogreenwax.com/faq - Careers: https://biogreenwax.com/careers - Contact Us: https://biogreenwax.com/contact - Privacy Policy: https://biogreenwax.com/privacy - Terms of Service: https://biogreenwax.com/terms ## Products (66 total) Bio Green Wax offers 66 products across 6 categories: Plant-Based Waxes, Wax Blends, Oleochemicals, Cosmetics and Personal Care, Candle & home fragrance, General. ### Category: Plant-Based Waxes (13 products) #### Beeswax - **Product Page**: https://biogreenwax.com/products/beeswax - **Applications**: Cosmetics & skincare, Pharmaceutical formulations, Candle making, Food coatings & wraps, Leather & wood polish, Encaustic painting, Textile waterproofing Beeswax, produced naturally by honeybees (Apis mellifera), is secreted to build honeycombs. Composed of esters, fatty acids, and hydrocarbons, it is durable, pliable, and water‑resistant. Widely used in cosmetics, candles, polishes, pharmaceuticals, and food coatings, beeswax has been valued since antiquity for preservation and craft. Interesting fact: beeswax burns longer and cleaner than paraffin, making it ideal for premium natural candles. **Frequently Asked Questions about Beeswax** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/beeswax/faq **Q1: What is ''Beeswax'' and how is it produced?** Beeswax is a natural wax produced by honey bees of the genus Apis, primarily the Western honey bee, Apis mellifera. It is secreted by specialised wax-producing glands on the ventral (underside) surface of the worker bee's abdomen, typically between 12 and 18 days of age. The bees use the wax to construct the hexagonal cells of the honeycomb, which serves as the structural framework of the hive — housing brood (developing larvae), storing honey, and storing pollen. Beeswax is one of the oldest raw materials used by humans, with evidence of its use dating back to at least 7000 BCE. The primary species producing commercial quantities of beeswax is Apis mellifera (the European or Western honey bee). Major beeswax-producing regions include China, Ethiopia, Turkey, Argentina, India, the United States, Mexico, and various European countries. Global annual beeswax production is estimated at approximately 60,000-70,000 metric tonnes. The production of beeswax begins within the bee colony itself. Worker bees consume honey (approximately 3.5-7 kg of honey is required to produce 0.5 kg of wax) and convert the sugars into wax through metabolic processes in their wax glands. The wax is secreted as thin, translucent scales on the bee's abdomen, which the bee then chews, mixes with mandibular gland secretions, and shapes into the hexagonal comb structure. During honey harvesting by beekeepers, the wax cappings that seal the honey cells are removed, collected, and processed. The processing of raw beeswax involves melting the comb material, filtering to remove impurities (propolis, pollen, cocoon remnants, and bee debris), and cooling to form blocks or pellets. Commercial beeswax is typically graded by colour, purity, and processing method — ranging from unbleached yellow beeswax to white beeswax (bleached using sunlight, activated carbon, or chemical methods). Chemically, beeswax is a complex mixture of over 300 compounds, primarily esters of long-chain fatty acids and long-chain alcohols (approximately 67%), hydrocarbons (approximately 14%), free fatty acids (approximately 12%), and minor amounts of free fatty alcohols, diesters, and exogenous substances. The primary ester component is myricyl palmitate. Beeswax has a melting point of approximately 62-65 degrees Celsius, a specific gravity of 0.95-0.97, and is insoluble in water. The historical significance of beeswax is extraordinary. In ancient Egypt, beeswax was used in the mummification process, for writing tablets, in cosmetics, and as a sealant for boats. The Romans used beeswax extensively for encaustic painting, sealing documents (wax seals), and in medicine. Throughout the Middle Ages, beeswax candles were the premier illumination source in churches and wealthy households — the Catholic Church mandated beeswax candles for liturgical use, a tradition that continues today. The lost-wax (cire perdue) casting technique, using beeswax to create moulds for metal sculptures and jewellery, has been practiced for over 5,000 years. In modern applications, beeswax is used extensively in cosmetics and personal care products — lip balms, skin creams, lotions, mascara, eye shadow, foundation, and hair care products. Its emollient properties, ability to form protective barriers, pleasant scent, and thickening capabilities make it invaluable in natural cosmetic formulations. Pharmaceutical applications include ointment bases, pill coatings, dental waxes, and time-release drug delivery systems. In the food industry, beeswax (E901) is used as a glazing agent for confectionery, fruits, and cheese, and as a food-grade coating to preserve freshness. Beeswax wraps have emerged as a sustainable alternative to plastic food wrap. In candle making, beeswax candles are prized for their natural honey scent, long burn time, bright flame, and minimal soot production. Industrial applications include leather care products, furniture polish, lubricants, waterproofing agents, and precision casting. Interesting facts about beeswax include: a honey bee colony can produce 1-2 kg of beeswax per year; the hexagonal honeycomb structure is one of the most efficient geometries in nature; beeswax candles burn brighter and cleaner than paraffin candles; and beeswax has been found in remarkably well-preserved condition in ancient Egyptian tombs and shipwrecks thousands of years old. **Q2: What grades of beeswax do you supply — refined white, yellow, or cosmetic grade?** Bio Green Wax Ltd supplies refined white beeswax, yellow beeswax, and cosmetic-grade beeswax. White beeswax is produced by bleaching yellow beeswax and is preferred for cosmetics, pharmaceuticals, and food applications. Yellow beeswax retains its natural colour and aroma for candles, furniture polish, and leather care. Cosmetic grade meets EU Cosmetics Regulation purity requirements. **Q3: What is the minimum order quantity for bulk beeswax supply?** The MOQ for beeswax is typically 500 kg to 1 MT for standard grades, with full pallet or container quantities attracting the most competitive pricing. Sample packs are available for formulation testing. Please contact us to confirm current MOQs for your grade and packaging requirements. **Q4: Do you supply beeswax with Halal and Kosher certification for cosmetics use?** Halal and Kosher certified beeswax is available from certified sources upon request. Please specify your certification requirements when enquiring, as availability may depend on origin and grade. **Q5: What is the melting point, acid value, and ester value of your beeswax?** Refined beeswax meets BP/USP pharmacopoeia standards: melting point 61–65°C, acid value 17–24 mg KOH/g, and ester value 70–80 mg KOH/g. These values confirm authenticity and suitability for pharmaceutical, cosmetic, and food applications. Batch-specific CoA values are provided with each order. **Q6: Is your beeswax suitable for pharmaceutical ointments and tablet coating applications?** Yes, refined white beeswax meeting USP and BP/Ph.Eur. pharmacopoeia standards is available for pharmaceutical applications including topical ointments, creams, suppositories, and tablet and capsule coating. Full pharmacopoeia compliance documentation and analytical CoA are provided. **Q7: What is the current price for refined beeswax per metric tonne or per kg?** Beeswax prices are subject to significant seasonal and supply variability. Please contact our sales team for current pricing per kg or per tonne based on your grade, volume, and delivery requirements. **Q8: Is your beeswax tested for pesticide residues and heavy metals for safety compliance?** Yes, our beeswax is tested for pesticide residues (including organochlorines and organophosphates) and heavy metals (lead, arsenic, cadmium, mercury) to comply with EU, US, and international food and cosmetics safety standards. Test reports from accredited laboratories are provided upon request. **Q9: What is the shelf life and storage condition for refined beeswax?** Refined beeswax has an indefinite shelf life if stored in a cool, dry, dark environment away from strong odours and petrochemical products to prevent contamination. Properly stored beeswax remains stable indefinitely and retains all its quality characteristics. **Q10: Can you supply beeswax in slabs, pellets, or blocks for ease of use?** Yes, refined beeswax is available in slabs (typically 1–4 kg blocks), pastilles/pellets, and granular form. Pellet and pastille forms are particularly popular for cosmetics and candle manufacturing as they melt quickly and uniformly. **Q11: Is your beeswax USP or BP pharmacopoeia grade for pharmaceutical use?** Yes, we supply refined white beeswax and yellow beeswax meeting USP, BP, and Ph.Eur. (European Pharmacopoeia) standards. Full CoA with pharmacopoeia-specific test results is provided for pharmaceutical-grade orders. **Q12: Do you supply beeswax for candle making with a defined melting point range?** Yes, candle-grade beeswax with a well-defined melting point range of 62–65°C is available in slabs or pastilles. Beeswax candles are prized for their natural fragrance, slow burn, and clean emission profile. Please contact us with your candle application requirements. **Q13: What origin countries does your beeswax come from — Brazil, East Africa, or Europe?** We source beeswax from Brazil, Ethiopia, Tanzania, Kenya (East Africa), China, and European countries. The appropriate origin depends on grade requirements, certification needs, and price. Origin documentation including certificates of origin is provided with each shipment. **Q14: Can you supply organic certified beeswax for natural cosmetics manufacturers?** Yes, organic certified beeswax from certified organic beekeeping operations is available, meeting EU organic regulation and USDA NOP standards for certified organic cosmetics. Organic certification documentation and transaction certificates are provided upon request. **Q15: What packaging formats are available for beeswax — cartons, drums, or bulk supersacks?** Beeswax is available in 25 kg cartons (slabs or pastilles), 25 kg woven polypropylene bags, and bulk supersacks (500–1,000 kg) for larger quantities. Please specify the most convenient format for your handling equipment and production requirements. **Q16: Is your beeswax free from adulteration with paraffin or carnauba wax?** Yes, our refined beeswax is subject to authenticity testing including ester/acid ratio analysis and hydrocarbon content testing to confirm purity and freedom from adulteration with paraffin, carnauba, or other waxes. Authenticity test results are available as part of our quality documentation. **Q17: Can beeswax be supplied in cosmetic grade meeting EU Cosmetics Regulation (EC 1223/2009)?** Yes, cosmetic-grade refined white beeswax compliant with EU Cosmetics Regulation (EC 1223/2009) is available. This grade meets purity and safety requirements for leave-on and rinse-off cosmetics. INCI name (Cera Alba) documentation and SDS/CoA are provided. **Q18: What is the hydrocarbon content and saponification value of your beeswax?** Refined beeswax typically has a hydrocarbon content of approximately 12–16% (primarily C25–C33 alkanes) and a saponification value of approximately 85–100 mg KOH/g. These values are characteristic of pure beeswax and are used to detect adulteration. Batch-specific values are confirmed in the CoA. **Q19: Do you supply yellow beeswax for furniture polish and leather care applications?** Yes, yellow beeswax with its natural colour and subtle honey-like aroma is available for furniture polish, leather care, woodworking applications, shoe creams, and traditional wood finishing products. Contact us for industrial quantities and pricing. **Q20: What are the lead times for beeswax supply to UK, European, and Asian customers?** From African or Brazilian origins to UK/European customers, typical lead times are 4–6 weeks. For Asian customers, 4–8 weeks depending on destination port. Please contact us for current lead time estimates based on origin availability. **Q21: Do you provide INCI compliance documentation for beeswax used in cosmetics?** Yes, INCI name documentation (Cera Alba for white beeswax, Cera Flava for yellow beeswax), EU cosmetics compliance documentation, and SDS are provided for all cosmetic-grade beeswax orders, supporting your cosmetics product formulation dossier and labelling compliance. **Q22: Does Bio Green Wax supply Beeswax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Beeswax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Beeswax. --- #### Carnauba Wax - **Product Page**: https://biogreenwax.com/products/carnauba-wax - **Applications**: Automotive & floor polishes, Cosmetics & personal care, Pharmaceutical tablet coatings, Food coatings & glazes, Confectionery polishing, Dental floss coatings, Surfboard & leather finishing, Electronics & industrial coatings Carnauba Wax, derived from the leaves of the Brazilian palm (Copernicia prunifera), is harvested, dried, and refined into a hard, glossy wax. Known as the “queen of waxes,” it is rich in esters and fatty alcohols, giving superior shine and durability. Used in car polishes, cosmetics, food coatings, and pharmaceuticals, carnauba wax is prized for its hardness and high melting point. Interesting fact: it is edible and commonly used to coat candies, fruits, and pills for shine and protection. **Frequently Asked Questions about Carnauba Wax** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/carnauba-wax/faq **Q1: What is ''Carnauba Wax'' and how is it produced?** Carnauba wax, often called "the queen of waxes," is a natural vegetable wax obtained from the leaves of the carnauba palm tree, Copernicia prunifera, native to the semi-arid northeastern region of Brazil. It is the hardest known natural wax, with a melting point of 82-86 degrees Celsius — higher than any other natural wax. The carnauba palm is a slow-growing fan palm that can reach heights of 10-15 metres and live for over 200 years. The scientific name Copernicia was assigned in honour of the astronomer Nicolaus Copernicus, while prunifera means "bearing pruina" (the waxy bloom on the leaves). The carnauba palm grows predominantly in the Brazilian states of Ceara, Piaui, Rio Grande do Norte, and Bahia, in the dry caatinga and cerrado biomes. Brazil is virtually the sole commercial producer of carnauba wax, with annual production of approximately 20,000-25,000 metric tonnes. The wax is produced by the palm as a protective coating on its fan-shaped leaves during the dry season, serving to reduce water loss and protect against intense solar radiation and drought conditions. The production of carnauba wax is a largely manual, seasonal process that has changed little over centuries. During the dry season (September to March), workers harvest the young, unopened leaves (olho) and mature leaves from the palm trees. The leaves are dried in the sun for several days until the waxy coating becomes brittle and can be mechanically removed by beating or scraping. The raw wax powder is then melted, filtered, and formed into blocks or flakes. Carnauba wax is commercially graded by colour and purity: Type 1 (yellow, highest quality, from young leaves), Type 3 (dark/grey, from mature leaves), and various intermediate grades. Chemically, carnauba wax is composed primarily of aliphatic esters (approximately 40%), diesters of 4-hydroxycinnamic acid (approximately 21%), fatty alcohols (approximately 12%), and hydrocarbons and resins. Its exceptional hardness, high melting point, brilliant lustre, and excellent moisture resistance make it uniquely valuable across numerous industries. Historically, the carnauba palm and its wax have been integral to the culture and economy of northeastern Brazil for centuries. Indigenous peoples of the region used carnauba leaves for thatching, basket weaving, and various household purposes. The carnauba palm is known as the "tree of life" in northeastern Brazil, as every part of the tree has traditional uses — roots for medicine, trunk for construction, leaves for thatching and handicrafts, fruit for animal feed, and wax for countless applications. In the food industry, carnauba wax (E903) is used as a glazing and polishing agent for confectionery (chocolate, gummy bears, hard candies), fruits (apples, citrus), chewing gum, and pharmaceutical tablets. It provides a brilliant, protective, food-safe coating that enhances appearance and extends shelf life. Carnauba wax is approved for food contact use by the FDA, EFSA, and regulatory authorities worldwide. In cosmetics and personal care, carnauba wax is a key ingredient in lipsticks, mascara, eyeliner, foundation, deodorant sticks, hair wax, and various cream formulations. Its high melting point, hardness, and glossy finish make it ideal for products requiring structure, wear resistance, and shine. In the automotive industry, carnauba wax is the gold standard for car polishes and protective coatings. Industrial applications include furniture polish, floor wax, shoe polish, leather treatments, dental floss coatings, paper coatings, and investment casting. Pharmaceutical applications include tablet coating, controlled-release drug formulations, and dental impression compounds. Interesting facts about carnauba wax include: it is hypoallergenic and considered one of the safest natural waxes for human contact; a single carnauba palm produces approximately 150-200 grams of wax per year; the wax harvesting industry provides seasonal employment for approximately 300,000 workers in northeastern Brazil; and carnauba wax is so hard that it is used to increase the melting point and hardness of softer waxes in virtually all wax blending applications. **Q2: What grade of carnauba wax do you supply — Type 1, Type 3, or cosmetic grade?** Bio Green Wax Ltd supplies Type 1 (natural prime yellow, highest purity), Type 3 (bleached and refined), and cosmetic/pharmaceutical grade carnauba wax. Type 1 is used for food and high-value cosmetics; Type 3 for polishes and coatings; cosmetic grade for INCI-compliant personal care formulations. **Q3: What is the minimum order quantity for carnauba wax and what is the packaging?** The MOQ for carnauba wax is typically 500 kg to 1 MT, available in 25 kg cartons (flakes, powder, or granules) and bulk supersacks (500–1,000 kg). Sample quantities for testing are available. Please contact us for current MOQs and pricing. **Q4: What is the melting point and acid value of your carnauba wax?** Type 1 carnauba wax has a melting point of 80–88°C — the highest of any natural wax — and an acid value of approximately 2–8 mg KOH/g. These values are confirmed in the Certificate of Analysis provided with each batch. **Q5: Is your carnauba wax food grade (E903) and suitable for pharmaceutical tablet coating?** Yes, food-grade carnauba wax (E903) is approved as a glazing agent for confectionery, fruit, and vegetables under EU food additive regulations. Pharmaceutical-grade meeting USP/NF and Ph.Eur. standards is also available for tablet coating, modified-release formulations, and polishing applications. **Q6: What is the current price for carnauba wax per kg or per tonne?** Carnauba wax prices reflect its premium natural status and are subject to seasonal supply fluctuations from Brazil. Please contact our sales team for current per-kg or per-tonne pricing based on your grade, volume, and delivery requirements. **Q7: Do you supply carnauba wax with Halal and Kosher certification?** Yes, Halal and Kosher certified carnauba wax is available. As a pure plant-derived wax from the Copernicia prunifera palm, it is inherently suitable for Halal and Kosher certification. Relevant documentation is provided upon request. **Q8: Is your carnauba wax from Brazilian certified sustainable sources?** Yes, our carnauba wax is sourced from Brazil — the sole commercial producer — from suppliers following sustainable harvesting practices. The palm leaves are hand-harvested without harming the tree, making carnauba wax an inherently sustainable material. Supply chain documentation supporting sustainability claims is available upon request. **Q9: What is the typical ester content and alcohols fraction in your carnauba wax?** Type 1 carnauba wax typically contains approximately 84–85% esters (primarily ceryl cerotate), 3–3.5% alcohols, 3% acids, and 1.5–3% hydrocarbons. This high ester content contributes to carnauba wax's exceptional hardness and high melting point — making it the hardest natural wax commercially available. **Q10: Can you supply carnauba wax for automotive and floor polish manufacturing?** Yes, carnauba wax is the premium ingredient in automotive paste waxes, floor polishes, and industrial coatings due to its exceptional hardness, high gloss, and water resistance. We supply Type 1 and Type 3 grades in appropriate quantities for polish and coating manufacturing. **Q11: What is the shelf life and storage requirement for carnauba wax?** Carnauba wax has an indefinite shelf life when stored in a cool, dry environment below 30°C, away from direct sunlight and moisture. Its hardness and high melting point make it inherently stable with no special handling precautions beyond standard wax storage. **Q12: Is your carnauba wax suitable for fruit and vegetable coating applications?** Yes, food-grade carnauba wax (E903) is approved for coating fresh fruits and vegetables (apples, citrus, avocados, melons, pineapples) to improve appearance and extend shelf life by reducing moisture loss. Certification and food additive compliance documentation for EU and international markets is provided. **Q13: Do you supply carnauba wax in powder, granule, or flake form?** Yes, carnauba wax is available in flake (the most common form), granule, and micronised powder forms. Powder and granule forms are particularly useful for cosmetic, pharmaceutical, and industrial coating applications where dispersibility is important. **Q14: What purity level does your carnauba wax offer — what is the oil content?** Type 1 carnauba wax has an oil content of approximately 0.5% maximum, reflecting its high purity. Type 3 (bleached) may have slightly higher oil content. Purity parameters including oil content, ester content, and melting point are confirmed in the Certificate of Analysis. **Q15: Can you supply Type 3 carnauba wax for cosmetics including lipstick and mascara?** Yes, Type 3 refined and bleached carnauba wax is widely used in lipstick, mascara, eyebrow pencils, and hair wax products. It provides structure, rigidity, and shine in lip cosmetics. INCI-compliant documentation (Copernicia Cerifera Cera) and EU Cosmetics Regulation compliance are provided. **Q16: What INCI documentation and safety data sheets do you provide for carnauba wax?** We provide full INCI documentation (INCI name: Copernicia Cerifera Cera), Safety Data Sheet (SDS) in 16-section GHS format, Certificate of Analysis, and EU Cosmetics Regulation compliance statements. These support your cosmetics product safety assessment and regulatory submission. **Q17: Is your carnauba wax tested and certified free from mineral oil contamination?** Yes, our carnauba wax is tested for mineral oil hydrocarbons (MOSH/MOAH) contamination for food and cosmetic grade applications. Test reports from accredited laboratories are available upon request, ensuring compliance with EU food safety and cosmetics safety regulations. **Q18: What is the Gardner colour and saponification value of your carnauba wax?** Type 1 carnauba wax typically shows a Gardner colour of 3–8 (pale yellow), while Type 3 is lighter (Gardner 1–3) due to bleaching. Saponification value is typically 78–95 mg KOH/g. These values are confirmed in the batch Certificate of Analysis. **Q19: Can you supply carnauba wax emulsions for water-based coating applications?** Yes, carnauba wax emulsions (aqueous dispersions, typically 15–30% wax content) are available for water-based coating applications in packaging, paper, leather, and automotive care products, delivering carnauba wax's hardness and gloss in water-based application systems. **Q20: What are your lead times for carnauba wax supply from Brazil to Europe and Asia?** Carnauba wax is processed in Brazil and shipped globally. Lead times to Europe are typically 4–6 weeks; to Asian markets, 5–7 weeks. Availability may vary seasonally with Brazilian harvest timing (typically March–July). Please contact us to confirm current lead times and stock availability. **Q21: Do you offer carnauba wax in small sample quantities for formulation testing?** Yes, sample quantities (typically 0.5–2 kg) are available for formulation testing and product development in all available grades. Sample packs are supplied with relevant technical data sheets. Please contact our sales team to request samples. **Q22: Does Bio Green Wax supply Carnauba Wax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Carnauba Wax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Carnauba Wax. --- #### Palm Wax - **Product Page**: https://biogreenwax.com/products/palm-wax - **Applications**: Pillar & taper candles, Container candles, Food coatings & glazes, Cosmetics & personal care, Packaging coatings, Candle blends Premium 100% Palm Wax, available with RSPO Segregated (SG) / RSPO Mass Balance (MB), or EUDR certification for full sustainability and compliance. Custom grades tailored for candle production feature varied melting points, perfect for crafting premium jar candles, moulding, and versatile candle wax blends. Its beautiful creamy yellow color ensures stunning results with clean, efficient burning. **Frequently Asked Questions about Palm Wax** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-wax/faq **Q1: What is ''Palm Wax'' and how is it produced?** Palm wax is a natural, renewable vegetable wax derived from palm oil, produced through the hydrogenation and fractionation of refined palm oil (RBD palm oil) or palm stearin. As a plant-based alternative to petroleum-derived paraffin wax, palm wax has gained significant popularity in the candle making, cosmetics, and food industries. Palm wax is produced from the oil of the Elaeis guineensis (African oil palm) tree, the same species that yields palm oil for cooking and food manufacturing. The production of palm wax involves the hydrogenation of palm oil or its fractions — a process in which hydrogen gas is added to the unsaturated fatty acid chains under controlled temperature, pressure, and catalyst conditions. This converts liquid oil into a solid wax with a higher melting point and increased hardness. The degree of hydrogenation, the choice of starting material (full palm oil, palm stearin, or palm kernel oil), and subsequent fractionation and blending determine the specific properties of the resulting palm wax — including melting point (typically 50-60 degrees Celsius), hardness, opacity, and crystal structure. Fully hydrogenated palm oil produces a hard, brittle wax, while partially hydrogenated products offer varying degrees of flexibility. Palm wax is characterised by its distinctive crystalline structure, which creates beautiful feathered or snowflake-like patterns when cooled slowly — a highly prized aesthetic feature in premium candle making. This crystallisation pattern is unique to palm wax and cannot be replicated by paraffin or soy wax. The wax burns cleanly with minimal soot, has excellent scent throw (the ability to release fragrance during burning), and provides a longer burn time than many comparable waxes. The major producers of palm wax are located in Southeast Asia, particularly Malaysia and Indonesia, where the raw material (palm oil and its fractions) is abundantly available. The global palm wax market has grown alongside increasing consumer demand for natural, renewable, and biodegradable alternatives to petroleum-based paraffin wax. RSPO (Roundtable on Sustainable Palm Oil) certified palm wax is available for buyers seeking sustainably sourced products with full supply chain traceability. In the candle industry, palm wax is used to produce pillar candles, container candles, votive candles, and taper candles. Its high melting point and hardness make it particularly well-suited for freestanding pillar candles that require structural rigidity. Palm wax candles are marketed as natural, eco-friendly alternatives to paraffin, appealing to environmentally conscious consumers. The wax can be blended with other waxes (soy wax, beeswax, paraffin) to achieve specific performance characteristics. In the food industry, palm-derived waxes are used as glazing agents, coating materials for confectionery and cheese, and as components of food-grade packaging materials. In cosmetics and personal care, palm wax serves as a thickener, emollient, and structuring agent in lipsticks, creams, lotions, deodorants, and hair care products. Industrial applications include surface coatings, polishes, and as a component of various wax blends for specific end-use requirements. Interesting facts about palm wax include: the crystalline patterns in palm wax candles are influenced by cooling rate, ambient temperature, and wax purity; palm wax is fully biodegradable and produces less soot than paraffin wax when burned; and the oil palm is the most efficient oilseed crop in the world, producing more oil per hectare than any other oilseed — making palm-derived wax a highly land-efficient renewable material. **Q2: What is the melting point range of your palm wax for candle making?** Our palm wax for candle making has a melting point typically in the range of 52–60°C depending on the product grade. Pillar candle grades have a higher melting point for good mould release; container grades are formulated to work well in glass jars. Please specify your candle type when enquiring. **Q3: Is your palm wax RSPO SG (Segregated) or MB (Mass Balance) certified?** Yes, RSPO Segregated (SG) and Mass Balance (MB) certified palm wax is available. RSPO certification documentation is provided to support natural and sustainable product claims for eco-conscious candle brands. **Q4: What is the minimum order quantity for bulk palm wax supply?** The MOQ for palm wax is typically one pallet (approximately 500 kg) for packed grades, with full container load quantities (15–20 MT) offering the most competitive pricing. Sample packs are available for formulation testing. Please contact us to confirm current MOQs for your product grade and delivery requirements. **Q5: What candle types is your palm wax best suited for — container, pillar, or taper?** Palm wax is uniquely suited to pillar and container candle making. It produces a distinctive feathering or crystalline surface pattern on pillar candles when poured at the correct temperature, and is also used in container (jar) candles for a natural aesthetic. Please contact us for guidance on the best grade for your candle application. **Q6: What is the current price for palm wax per kg or per tonne?** Palm wax pricing is linked to palm oil commodity markets. Please contact our sales team for current per-kg or per-tonne pricing based on your grade, volume, and delivery requirements. **Q7: Does your palm wax require any additives for candle production or is it ready to use?** Most palm wax grades are suitable for use with minimal additives. For pillar candles, no additional hardeners are typically needed. For optimising scent throw and fragrance retention, a small addition of fragrance-compatible oils is recommended. Our technical team provides guidance on optimal pour temperatures and fragrance addition rates. **Q8: What is the contraction behaviour of palm wax during cooling for moulded candles?** Palm wax shows good contraction during cooling, aiding mould release for pillar candle production. The extent of contraction depends on pour temperature and cooling rate. Correct pour temperature control (typically 82–93°C for most grades) is important for achieving the crystalline surface effect and good mould release. **Q9: Can your palm wax achieve a feathering or crystalline surface effect?** Yes, the distinctive feathering or crystalline surface pattern is a signature characteristic of palm wax candles when processed correctly. The pattern develops as the wax cools and is influenced by pour temperature, cooling rate, and specific palm wax grade. Our technical team provides detailed process guidance for optimal surface effects. **Q10: What fragrance loading percentage does your palm wax support?** Palm wax typically supports fragrance loading of 6–10% by weight, depending on the fragrance oil composition and specific palm wax grade. We recommend testing fragrance compatibility at your intended loading level before full-scale production. **Q11: Do you supply palm wax in flakes, pellets, or blocks?** Palm wax is typically supplied in flake form, which is easy to weigh and melts evenly. Block form is available for bulk users. Pellet or pastille form can be sourced on request. Please specify your preferred form when enquiring. **Q12: What is the FFA content and colour specification of your palm wax?** Our palm wax has an FFA content of ≤0.1% and a Lovibond colour of ≤1.5 red in a 5¼-inch cell, producing a pale, off-white to cream colour suitable for natural candle production. Batch-specific values are provided in the Certificate of Analysis. **Q13: Is your palm wax vegan certified and suitable for natural candle brands?** Yes, palm wax is derived entirely from plant sources (oil palm), making it inherently vegan. RSPO-certified palm wax with vegan-friendly positioning is available. For brands requiring formal vegan certification, we can facilitate the appropriate documentation. **Q14: Can you supply palm wax in sample quantities for small-scale candle makers?** Yes, sample quantities (typically 1–5 kg) are available for small-scale candle makers and product developers wishing to test palm wax performance before committing to larger orders. Sample packs are supplied with technical data sheets and processing guidance. **Q15: What packaging formats are available for palm wax — cartons, bags, or drums?** Palm wax is available in 25 kg PE-lined cartons (flakes), 25 kg woven polypropylene bags, and 500 kg bulk supersacks. Please specify your preferred packaging when enquiring, taking into account your melting and handling equipment capacity. **Q16: What is the shelf life of palm wax and how should it be stored?** Palm wax has a shelf life of 24 months when stored in sealed packaging in a cool, dry environment (below 30°C) away from direct sunlight, heat, and strong odours. It should be stored away from petrochemical products to prevent contamination or odour uptake. **Q17: Do you supply palm wax that meets EU REACH and food-contact material regulations?** Yes, our palm wax is a natural vegetable-derived wax compliant with EU REACH regulation and can be supplied with food contact compliance documentation where required for specific applications. **Q18: What is the recommended pour temperature for your palm wax for best results?** The recommended pour temperature for palm wax varies by application: for pillar candles, typically 82–93°C to achieve the crystalline effect; for container candles, typically 76–82°C. Exact temperatures should be calibrated for your specific formulation, fragrance, and wick combination. **Q19: Can palm wax be blended with soy wax or paraffin for hybrid candle formulations?** Yes, palm wax blends well with soy wax and paraffin wax. Palm-paraffin blends provide improved hardness and scent throw; palm-soy blends offer natural positioning with improved adhesion in container candles. We also supply pre-formulated wax blends for candle manufacturing. **Q20: What documentation do you provide for palm wax import customs and compliance?** Documentation includes Certificate of Analysis, Certificate of Origin, Safety Data Sheet (SDS), RSPO certification (where applicable), and Halal certificate (on request). Customs HS code classification guidance is also available to support smooth import clearance. **Q21: Do you offer technical support for candle manufacturers using your palm wax?** Yes, Bio Green Wax Ltd provides comprehensive technical support including formulation guidance, recommended pour temperatures, wick selection advice, fragrance compatibility information, and troubleshooting assistance for candle manufacturers. Please contact our technical team with your application and production parameters. **Q22: Does Bio Green Wax supply Palm Wax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Wax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Wax. --- #### Palm Shortenings(Low melting point) - **Product Page**: https://biogreenwax.com/products/palm-shortenings-lmp - **Applications**: Food industry, Jar candle making, Vanaspathi making, Vegetable Ghee, Margarine production Palm Shortenings (Low Melting Point), produced from palm oil fractionation, are softer fats ideal for cakes, cookies, and spreads. With balanced saturation, they provide smooth texture, easy mixing, and butter‑like consistency. Interesting fact: low‑melting shortenings are widely used in bakery formulations to deliver softness and moisture retention. **Frequently Asked Questions about Palm Shortenings(Low melting point)** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-shortenings-lmp/faq **Q1: What is ''Palm Shortenings(Low melting point)'' and how is it produced?** Palm shortenings with low melting point (LMP) are specialised fat products derived from refined, bleached, and deodorised (RBD) palm oil through controlled fractionation and blending processes. Shortenings are solid or semi-solid fats used in baking and food manufacturing to create tender, flaky textures in pastries, biscuits, cakes, and other baked goods. The term "shortening" derives from its function in baking — it shortens gluten strands in dough, resulting in a more tender and crumbly finished product. Low melting point palm shortenings typically have a melting range of 33-39 degrees Celsius, making them softer and more plastic (workable) at room temperature compared to standard palm shortenings. They are produced by selecting and blending specific palm oil fractions — predominantly palm olein (the liquid fraction of palm oil) with controlled amounts of palm mid-fraction or palm stearin — to achieve the desired slip melting point, solid fat content (SFC) profile, and plasticity characteristics. The oil palm, Elaeis guineensis, provides the raw material for these shortenings. Palm oil's naturally semi-solid consistency (melting point approximately 33-39 degrees Celsius), balanced fatty acid profile (approximately 44% palmitic acid and 39% oleic acid), and excellent oxidative stability make it an ideal base for shortening production without the need for partial hydrogenation — thereby avoiding the formation of trans fatty acids. This trans-fat-free characteristic has become increasingly important as global food regulations restrict or ban trans fats in food products. In food manufacturing, LMP palm shortenings are used in cream fillings and icings (where a soft, smooth texture is required), laminated pastries (croissants, puff pastry), cake batters, biscuit doughs, and as a general-purpose baking fat. Their plasticity at room temperature allows easy creaming and incorporation of air, essential for producing light, airy cake batters and frostings. The solid fat content profile of LMP shortenings is carefully designed to provide optimal performance at typical bakery working temperatures of 20-25 degrees Celsius. The major producers of palm-based shortenings are located in Malaysia and Indonesia, with significant processing capacity also in Europe, the Middle East, and India. Both conventional and RSPO-certified sustainable supply options are available. Modern shortening production technology allows precise customisation of SFC profiles and melting characteristics to meet specific application requirements. Historically, shortenings were traditionally made from animal fats such as lard and tallow. The development of hydrogenation technology in the early 20th century enabled the production of vegetable-based shortenings from cottonseed, soybean, and later palm oil. However, concerns about trans fatty acids from partial hydrogenation have driven a shift toward naturally semi-solid palm oil-based shortenings that provide the desired functionality without trans fats. Interesting facts include: palm-based shortenings replaced hydrogenated soybean and cottonseed oil shortenings in many markets due to trans-fat concerns; the plasticity of LMP shortenings can be further customised through interesterification (enzymatic or chemical restructuring of triglycerides); and palm shortenings are used in halal and vegetarian food manufacturing as alternatives to animal-based shortenings (lard and tallow). **Q2: What is the slip melting point range of your low melting point palm shortening?** Our low melting point palm shortening has a slip melting point in the range of 30–36°C, making it semi-solid to soft at room temperature. This melting profile provides excellent performance in cake creams, biscuit fillings, and cream applications where smooth, melt-in-mouth texture is required. **Q3: What is the minimum order quantity for palm shortenings in IBCs or drums?** The MOQ for palm shortening is typically one pallet (approximately 800 kg–1 MT in 25 kg cartons or pails) or one container load (approximately 16–20 MT) in larger formats. IBCs and drums are available for mid-range volumes. Please contact us to confirm current MOQs based on your packaging and delivery requirements. **Q4: Is your palm shortening non-hydrogenated and trans-fat free for food use?** Yes, our palm shortening is produced by fractionation and interesterification of palm oil — not by partial hydrogenation — making it free from industrially produced trans fatty acids and compliant with trans-fat regulatory requirements in the EU, USA, and most global markets. **Q5: What is the solid fat content (SFC) profile of your low MP palm shortening at 20°C and 35°C?** Our low MP palm shortening typically has an SFC of approximately 25–45% at 20°C and less than 5% at 35°C, giving it plastic consistency at bakery production temperatures while melting cleanly above body temperature. Full SFC curves are provided in the technical data sheet. **Q6: Can you supply palm shortening for cake, cookie, and cream filling applications?** Yes, low melting point palm shortening is specifically designed for layer cakes, cream fillings, cookie creams, and wafer cream fillings. Its high SFC at processing temperature provides excellent aeration and structure while its low melting point ensures a clean, non-waxy mouthfeel in finished products. **Q7: What are the current prices for palm shortening per metric tonne delivered?** Palm shortening prices are linked to palm oil commodity pricing plus processing premiums. Please contact our sales team for current CIF/DAP delivered pricing based on your product grade, volume, and delivery location. **Q8: Do you supply palm shortening with Halal and Kosher certification?** Yes, Halal and Kosher certified palm shortening is available. All our palm shortening is derived from vegetable oil sources, making it eligible for both certifications. Relevant documentation is provided with each order. **Q9: What is the FFA content and peroxide value of your palm shortening?** Our palm shortening meets food-grade quality standards with FFA ≤0.1% and peroxide value ≤2 meq/kg. These parameters are confirmed in the Certificate of Analysis provided with each batch. **Q10: Is your palm shortening RSPO certified for sustainable palm sourcing?** Yes, RSPO Mass Balance (MB) and Segregated (SG) certified palm shortening is available. RSPO certification documentation is provided to support sustainability reporting and retailer compliance requirements. **Q11: What food safety certifications do you hold — HACCP, ISO 22000, or BRC?** Our palm shortening is sourced from manufacturers holding HACCP, ISO 22000, and BRC Food Safety certifications. Documentation is available upon request, ensuring consistent compliance with international food safety standards across all batches. **Q12: Can your palm shortening be used as a butter substitute in margarine production?** Yes, low MP palm shortening can be used as a butter substitute or base fat in margarine and spread production. When blended with appropriate emulsifiers and liquid oils, it provides plastic texture, spreadability, and creaming performance without dairy ingredients. **Q13: What is the creaming ability and aeration performance of your low MP palm shortening?** Our low MP palm shortening is formulated for high creaming ability and excellent aeration performance, making it suitable for high-ratio cake batter and cream filling production. The well-controlled SFC profile supports stable foam formation and maintained specific gravity during mixing. **Q14: Do you supply palm shortening in pails, drums, or lined cartons for bakeries?** Yes, palm shortening is available in 15–25 kg lined cartons, 190 kg drums, 1,000-litre IBCs, and bulk tankers for liquid delivery. Packaging format selection depends on your storage and production system. **Q15: Is your palm shortening suitable for wafer cream and biscuit filling formulations?** Yes, low MP palm shortening is one of the most widely used fats in wafer cream and biscuit filling formulations due to its plastic consistency at production temperatures, high aeration capacity, and clean melt profile suited to high-speed cream filling production lines. **Q16: What is the shelf life of your palm shortening under standard storage conditions?** Palm shortening has a shelf life of 12 months from production when stored at 18–22°C in sealed packaging away from light and strong odours. Temperature-controlled storage is important to maintain the correct crystal form and functional performance. **Q17: Can you provide technical data sheets with SFC curves for formulation purposes?** Yes, full technical data sheets including SFC curves, fatty acid profiles, melting point ranges, and application recommendations are available for all palm shortening products. Please contact our technical team to request specifications for your application. **Q18: Do you supply emulsified versions of palm shortening for cake and cream applications?** Yes, emulsified palm shortening (with mono- and diglycerides or polyglycerol esters incorporated) is available for cake and cream applications requiring improved aeration, moisture retention, and emulsification — particularly suited for high-ratio sponge cakes and complex cream systems. **Q19: What is the difference between low MP and high MP palm shortening for bakery use?** Low MP palm shortening (SMP 30–36°C) is designed for cream fillings, cake creams, and cold-application products requiring a smooth melt profile and clean taste. High MP palm shortening (SMP 38–44°C) is used in applications requiring greater structural stability such as puff pastry, laminated dough, and industrial frying. **Q20: Can you supply palm shortening meeting EU Directive 2000/36/EC for chocolate products?** Yes, palm shortening produced from palm oil can be supplied to comply with EU Directive 2000/36/EC governing vegetable fats for use in chocolate products (up to 5% of chocolate weight). Relevant compliance documentation confirming the fat meets the Directive's specifications is available upon request. **Q21: What are your lead times and logistics options for palm shortening delivery to bakeries?** Lead times for palm shortening to European bakeries from origin are typically 3–6 weeks depending on format and origin. For liquid delivery by road tanker within Europe, lead times are shorter. Please contact our logistics team to discuss supply format, delivery frequency, and lead time for your production requirements. **Q22: Does Bio Green Wax supply Palm Shortenings(Low melting point) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Shortenings(Low melting point), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Shortenings(Low melting point). --- #### Rice Bran Wax - **Product Page**: https://biogreenwax.com/products/rice-bran-wax - **Applications**: Cosmetic sticks, Polishes, Coatings, Carnauba substitute, Candles Refined rice bran wax is derived from rice bran oil through de-impurifying, de-oiling, de-gluing and decolouring. Its high melting point, hard texture and high gloss make it a cost-effective substitute for carnauba wax in polishes, coatings and cosmetic sticks. --- #### Sugarcane Wax - **Product Page**: https://biogreenwax.com/products/sugarcane-wax - **Applications**: Cosmetics, Polishes, Coatings, Carnauba substitute Sugarcane wax is recovered from the surface of the sugarcane stem during sugar refining, making it a genuine by-product stream. It has a high melting point and is used where a hard, glossy vegetable wax is needed. --- #### Sumac Wax - **Product Page**: https://biogreenwax.com/products/sumac-wax - **Applications**: O/W emulsions, Skincare, Colour cosmetics, Candles A pale yellow, soft vegetable wax obtained from the berries of Rhus succedanea, the Japanese sumac tree, as a by-product of lacquer manufacture. Its high content of C16-18 fatty acid triglycerides produces a very soft texture and improves the sensory characteristics of oil-in-water emulsions. --- #### Sunflower Wax - **Product Page**: https://biogreenwax.com/products/sunflower-wax - **Applications**: Lotions and creams, Balms and sticks, Structuring agent, Candles Sunflower wax is produced by hydrogenating sunflower seed oil. It is white, solid and neutral in odour, contains no animal or petroleum-derived material, and is a strong structuring and thickening agent for lotions, creams and balms. --- #### Candelilla Wax - **Product Page**: https://biogreenwax.com/products/candelilla-wax - **Applications**: Lip balms and sticks, Vegan formulations, Polishes, Candles, Confectionery glazes Candelilla wax is derived from the leaves of the small Candelilla shrub. It is hard and high-melting, and is widely used as a vegan substitute for both carnauba wax and beeswax where a firm texture and gloss are required. --- #### Synthetic Beeswax - **Product Page**: https://biogreenwax.com/products/synthetic-beeswax - **Applications**: Cosmetics, Skincare, Candles, Polishes, Beeswax substitute Synthetic beeswax is composed of fatty acid esters, fatty acids and alcohols formulated to closely match the chemical composition of natural beeswax. It is supplied in white and yellow, and the natural beeswax content can be formulated from high to low to suit different performance and cost requirements. --- #### Synthetic Vegan Beeswax - **Product Page**: https://biogreenwax.com/products/synthetic-vegan-beeswax - **Applications**: Vegan skincare, Vegan cosmetics, Candles, Beeswax substitute Synthetic vegan beeswax is composed entirely of vegetable ingredients and contains no beeswax whatsoever, making it suitable for certified vegan skincare and cosmetics. It reproduces the structuring behaviour of beeswax while remaining free of animal-derived material. --- #### Palm Sand Wax (Crystal Wax) - **Product Page**: https://biogreenwax.com/products/palm-sand-wax - **Applications**: Craft and DIY candles, Decorative candles, Layered candles Palm sand wax is a fine, free-flowing granular wax hydrogenated from palm oil. Because it is used as granules it can be poured directly into a container without melting, which makes it popular for craft and DIY candles as well as decorative layered designs. --- #### Colourful Sand Wax - **Product Page**: https://biogreenwax.com/products/colourful-sand-wax - **Applications**: Decorative candles, Layered candles, Craft and DIY candles, Gift candles Colourful sand wax is the same granular palm-derived wax supplied in a range of colours, allowing several shades to be combined in a single container to create layered decorative candles. Available in more than fifteen colours. --- ### Category: Wax Blends (8 products) #### Palm-Paraffin blended wax for jar candles - **Product Page**: https://biogreenwax.com/products/palm-paraffin-blended-wax-jarcandles - **Applications**: Jar candles production, Scented candles, Container candles, Wax melts & tarts, Decorative candles, Aromatherapy candles Bio Green Wax's Low Melting Point Jar Candle Blend (48-50°C) and (50-52°C)—Palm-Paraffin-Microcrystalline formulation optimized for glass containers. Ready-to-use: add only color & fragrance. Features Polyboost/Vybar for opacity/adhesion, UV stabilizers/antioxidants for shelf life, plus fragrance retention agents delivering exceptional hot/cold throw, crease-free burn, and superior jar retention for premium container candles. **Frequently Asked Questions about Palm-Paraffin blended wax for jar candles** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-paraffin-blended-wax-jarcandles/faq **Q1: What is ''Palm-Paraffin blended wax for jar candles'' and how is it produced?** Palm-paraffin blended wax for jar candles is a custom-formulated wax blend combining palm wax (derived from hydrogenated palm oil) with refined paraffin wax (derived from petroleum) to achieve optimal performance characteristics for container or jar candle applications. This blended wax leverages the best properties of both components — the natural origin, clean burn, and crystalline beauty of palm wax with the proven scent throw, glass adhesion, and cost-effectiveness of paraffin wax. Container or jar candles are one of the largest segments of the global candle market, valued for their convenience, safety (the glass container contains the melted wax pool), and decorative appeal. The wax used in jar candles must meet specific performance criteria that differ from pillar or votive candle waxes: it must adhere well to glass without pulling away (reducing "wet spots"), form a smooth top surface, maintain a consistent melt pool, deliver excellent hot throw (fragrance release during burning), and achieve a clean, complete burn to the edges of the container. The palm component in the blend (typically derived from hydrogenated palm stearin or fully hydrogenated palm oil) contributes natural wax characteristics including a higher melting point (50-58 degrees Celsius), improved burn time, reduced soot production, and the potential for the distinctive crystalline feathering pattern that many consumers find attractive. The paraffin component (a refined, food-grade mineral wax with a typical melting point of 52-60 degrees Celsius for container grades) provides excellent glass adhesion, superior scent throw, smooth surface finish, and consistent performance characteristics. The blending ratio between palm wax and paraffin wax varies depending on the desired end-use characteristics, with typical formulations ranging from 30-70% palm wax and 30-70% paraffin wax. The blend may also include small amounts of additives such as microcrystalline wax (for improved adhesion and flexibility), stearic acid (for hardness and opacity), and UV stabilisers (for colour retention). The blending process involves melting both waxes, mixing at controlled temperatures, and optionally adding fragrance oils and dyes before pouring into containers. The production of palm wax for blending begins with the oil palm, Elaeis guineensis, cultivated primarily in Malaysia and Indonesia. Refined palm oil or palm stearin is fully hydrogenated to convert the liquid oil into a solid wax, which is then fractionated and graded for specific candle-making applications. The paraffin component is a refined petroleum product, typically a fully refined, food-grade paraffin wax with controlled oil content and consistent melting behaviour. Palm-paraffin blended wax for jar candles is supplied by speciality wax manufacturers, primarily in Southeast Asia (Malaysia, Indonesia), Europe, and the United States. RSPO-certified palm wax components are available for brands marketing sustainability credentials. The global container candle market continues to grow, driven by the home fragrance, wellness, and luxury lifestyle sectors. Interesting facts include: the ideal pour temperature, cooling rate, and ambient conditions significantly affect the appearance and performance of jar candles; palm-paraffin blends can be formulated to achieve a frosting-free surface or, conversely, to emphasise the natural crystalline patterns of the palm wax component; and the hot throw performance of a candle depends not only on the wax but also on the wick size, fragrance oil chemistry, and jar geometry. **Q2: What is the melting point range of your palm-paraffin jar candle wax blend?** Our palm-paraffin jar candle blend has a melting point of 48–54°C, specifically engineered for container and glass jar candle applications. This melting point range ensures a complete, even melt pool across the full diameter of the jar, delivering maximum fragrance throw and the smooth, glossy surface finish expected in premium retail candles. Bio Green Wax Ltd's jar blend is ready-to-use — simply melt, add colour and fragrance, and pour. Contact us at sales@biogreenwax.com for technical data sheets and pour temperature guidance. **Q3: What is the exact ratio of palm, paraffin, and microcrystalline wax in your blend?** Our jar candle blend contains refined palm wax, fully refined paraffin wax (52–54°C grade), and microcrystalline wax in a proprietary ratio, pre-compounded with Polyboost polymer for glass adhesion, Vybar 103 fragrance retention additive, and UV stabilisers. The exact ratio is commercially proprietary. The technical data sheet provides full performance specifications covering fragrance loading, pour temperature, and expected surface finish. This ready-formulated approach saves candle manufacturers significant formulation time and ensures batch-to-batch consistency in production. **Q4: Does your jar candle wax blend include Polyboost and Vybar as standard?** Yes. Our palm-paraffin jar candle blend includes Polyboost polymer and Vybar 103 as pre-compounded standard components. Polyboost improves glass adhesion, reducing the pull-away and air pockets that are a common quality issue in jar candles. Vybar 103 improves fragrance oil binding — allowing higher fragrance loads without seepage — and contributes to a smooth, opaque surface finish. These additives are already optimised in the blend, so candle manufacturers simply add their chosen colour and fragrance and pour. No additional wax additives are required. **Q5: What fragrance loading percentage does your jar candle blend support?** Our jar candle blend supports fragrance loadings of up to 10–12% by weight, depending on the fragrance oil density and composition. The pre-compounded Vybar 103 component is what enables this higher-than-standard fragrance loading without oil bleed or seepage. We recommend starting at 6–8% fragrance load and testing upward with your specific fragrance oil to find the optimal performance point. Heavier fragrance oils with flash points above 70°C tend to perform best. For detailed fragrance compatibility guidance, contact Bio Green Wax Ltd's technical team. **Q6: What is the minimum order quantity for your palm-paraffin jar candle blend?** The minimum order quantity for our palm-paraffin jar candle blend is 25 kg — one carton or bag — making it accessible for small-batch artisan candle makers as well as production-scale manufacturers. Full pallet quantities (500 kg) and container loads (15–20 MT) are available with volume-based pricing. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com to discuss your production volume and receive a competitive quotation. **Q7: What is the current price for the jar candle blend per kg or per tonne?** Our jar candle blend is priced competitively within the premium blended candle wax market, reflecting the inclusion of Polyboost, Vybar 103, and UV stabilisers as standard components. The price per kg compares favourably to sourcing and compounding these additives separately. Contact our sales team at sales@biogreenwax.com for current market pricing based on your volume and delivery location. Volume discounts apply for pallet and container load orders. **Q8: Does your blend achieve good glass adhesion without air pockets or pull-away?** Yes. Glass adhesion is a primary design objective of our jar candle blend. The Polyboost polymer component is specifically included to maximise wax-to-glass bonding, minimising the pull-away gaps and air pockets that are among the most common quality complaints in jar candle production. Correct pour temperature (60–65°C into pre-warmed jars at 40–50°C) is also important — our technical data sheet provides a full pour protocol for best results. Candles made with our blend consistently achieve a clean, full-adhesion appearance against the glass. **Q9: What is the recommended pour temperature for your jar candle wax blend?** We recommend pouring our jar candle blend at 60–65°C into glass jars that have been pre-warmed to 40–50°C. Pouring too hot causes excessive shrinkage and sinkholes; pouring too cool leads to rough tops and poor glass adhesion. After pouring, allow jars to cool naturally at room temperature (18–22°C) without forced cooling — drafts and rapid temperature changes cause surface cracking. A small top-up pour to fill any sinkhole at the wick is normal after initial cooling. Our technical data sheet contains a complete pour and cooling protocol. **Q10: Does the blend come with UV stabilisers to prevent colour fading in natural light?** Yes. UV stabilisers are pre-compounded as standard in our jar candle blend. These protect both the natural wax colour and any added fragrance-sensitive dyes from yellowing and fading under natural daylight and retail display lighting (including fluorescent and LED sources). This is a commercially important feature for brands selling through retail channels — candles on shelf or in a display window should maintain their appearance throughout their retail life. The UV stabilisers also help preserve fragrance-sensitive colourants that might otherwise degrade under UV exposure. **Q11: What wick types and sizes work best with your palm-paraffin jar candle blend?** For jar candles using our palm-paraffin blend, we recommend cotton core braided wicks (CD or CDN series) or paper core wicks (Stabilo series). As a starting guide: CD-16 to CD-22 for 65–85mm diameter jars. However, wick selection depends on your specific jar diameter, glass wall thickness, fragrance type and load, and desired burn pool diameter. We always recommend a formal burn test programme — burn the candle for 2-hour intervals, measuring pool diameter, flame height, soot, and fragrance throw — before finalising wick selection for your production specification. **Q12: Is your jar candle blend ready-to-use or does it require any additional additives?** Our jar candle blend is fully ready-to-use. All functional components — paraffin wax, palm wax, microcrystalline wax, Polyboost polymer, Vybar 103 fragrance additive, and UV stabilisers — are pre-compounded at optimised ratios. Simply melt the blend, add your fragrance oil (up to 10%) and candle dye at the recommended pour temperature, stir gently, and pour. No additional wax additives are needed. This eliminates additive sourcing, weighing, and compounding steps for candle manufacturers — reducing production complexity and ensuring consistent results batch after batch. **Q13: What fragrance oils and dyes are compatible with your jar candle blend?** Our jar candle blend is compatible with all standard candle fragrance oils with a flash point above 60°C — both synthetic fragrance compositions and fragrance oils containing natural components. For colouring, use candle-specific liquid dyes or dye chips formulated for paraffin and blended waxes. Water-based dyes are not compatible with this wax system. For fragrance oil selection, we recommend fragrances specifically formulated for container candles, as they are optimised for the lower-temperature burn pool of jar formats. Contact our technical team for a list of recommended fragrance and dye suppliers. **Q14: What is the shelf life of your jar candle wax blend in storage?** Our jar candle blend has a shelf life of 24 months from production date in original sealed packaging, stored in a cool (15–25°C), dry location away from direct sunlight and heat sources. Wax stored approaching or beyond its shelf life should be inspected for colour change or odour before use in production batches. Bio Green Wax Ltd marks production dates on all packaging — contact us if you require certificates confirming production date for quality management purposes. **Q15: Do you supply the jar candle blend in pellet or slab form?** Our jar candle blend is supplied in pellet/pastille form in 25 kg bags as standard — the most efficient format for candle production. Pellets melt rapidly and uniformly, are easy to weigh accurately, and are compatible with automated weighing and melting equipment used in larger-scale candle production. Slab form in 25 kg cartons is available on request for customers who prefer manual processing. Pellet form is recommended for most B2B candle manufacturers as it reduces melt time and improves batch-to-batch consistency. **Q16: What glass jar styles and volumes is this blend suitable for?** Our jar candle blend performs well across all standard glass jar formats used in commercial candle production: straight-sided jars, apothecary jars, tumbler-style jars, mason jars, and hinged-lid vessels, in volumes from 100 ml to 1 litre. It works in both clear and frosted glass. For jars with very thick walls, very narrow openings, or complex geometries, pre-warming the jar to 45–50°C before pouring is recommended to ensure good glass adhesion across the full interior surface. Contact our technical team for guidance on specific jar styles. **Q17: Can the jar candle blend be used for scented and unscented candles equally?** Yes. Our jar candle blend performs equally well for scented and unscented candle applications. Unscented candles made with this blend produce a clean, opaque white or cream appearance with excellent glass adhesion. Scented candles benefit from the Vybar 103 component which binds fragrance oil within the wax matrix, maximising fragrance retention during storage and throw during burning. The UV stabilisers protect both scented and unscented candles from colour change during retail display — an important commercial consideration. **Q18: Is this blend suitable for large-scale automated candle production lines?** Yes. Our jar candle blend is fully compatible with automated candle production systems including continuous melt-and-pour systems, carousel filling lines, and inline wick-setting equipment. Its consistent melt viscosity profile and defined melting range ensure predictable flow behaviour on automated pouring equipment. The pellet supply format is compatible with automated hopper-fed melting systems. For very-high-volume producers using heated buffer tanks and pump systems, contact us to discuss bulk liquid supply options which eliminate manual melting steps entirely. **Q19: What testing have you done on burn time and scent throw for this blend?** Our jar candle blend has been tested in standard 200 ml glass jar format with a CD-18 cotton wick at 8% fragrance loading, producing burn times of 35–48 hours and strong hot and cold scent throw ratings. Formal internal test reports are available upon request. All candle makers should conduct their own burn test programme using their specific jar format, wick, fragrance oil, and dye combination, as these variables significantly affect burn performance. Bio Green Wax Ltd's technical team can assist with designing a burn test protocol for your product development programme. **Q20: Do you offer custom blending to meet specific fragrance or performance requirements?** Yes. Bio Green Wax Ltd offers custom blending services for candle manufacturers with specific technical requirements — such as a different melting point range, modified fragrance load capacity, alternative polymer additive types, or specific compatibility requirements with fragrances containing higher-than-standard natural content. Custom blends are subject to minimum quantity requirements. Contact our technical team at sales@biogreenwax.com to discuss your requirements; we will provide a formulation proposal and samples for your evaluation. **Q21: What are your lead times and packaging formats for the jar candle blend?** Our jar candle blend is available for delivery within 2–3 weeks for UK and EU customers from stock. Export orders to other regions typically require 4–6 weeks. The blend is supplied in 25 kg pellet bags (20 bags per pallet, 500 kg per pallet). Full container load quantities (15–20 MT) are available for larger producers. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com to confirm current stock levels and a delivery schedule for your order volume and destination. **Q22: Does Bio Green Wax supply Palm-Paraffin blended wax for jar candles internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm-Paraffin blended wax for jar candles, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm-Paraffin blended wax for jar candles. --- #### Palm-Paraffin- blended wax for Pillar Candles - **Product Page**: https://biogreenwax.com/products/palm-paraffin-blended-wax-pillar - **Applications**: Pillar candles, Taper candles, Church candles, Decorative candles, Votive candles, Outdoor candles Bio Green wax's High Melting Point Pillar Candle Blends (56-58°C & 58-60°C)—Palm-Paraffin-Microcrystalline formulations engineered for freestanding pillar candles. Ready-to-use: add only color & fragrance. Optimized with Polyboost/Vybar for mold release & opacity, UV stabilizers/antioxidants for extended shelf life, plus fragrance retention agents delivering exceptional hot/cold throw, perfect pillar shape retention, and clean-burning performance. **Frequently Asked Questions about Palm-Paraffin- blended wax for Pillar Candles** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-paraffin-blended-wax-pillar/faq **Q1: What is ''Palm-Paraffin- blended wax for Pillar Candles'' and how is it produced?** Palm-paraffin blended wax for pillar candles is a specially engineered wax formulation combining palm wax (from hydrogenated palm oil) with paraffin wax to create a hard, self-supporting candle wax suitable for freestanding pillar, votive, and taper candle applications. Pillar candles differ from container candles in that they must maintain their structural integrity without the support of a glass or metal container — requiring a wax with greater hardness, higher melting point, and superior self-releasing properties from moulds. The pillar candle segment demands wax with a melting point typically in the range of 57-65 degrees Celsius, high hardness (measured by needle penetration tests), good mould release characteristics, and the ability to form a controlled melt pool that does not spill over the edges during burning. Palm-paraffin blended wax for pillar candles achieves these requirements by combining the natural hardness, high melting point, and crystalline structure of palm wax with the proven moulding properties, surface finish, and scent-carrying capacity of paraffin wax. The palm wax component — typically fully hydrogenated palm stearin with a melting point of 55-60 degrees Celsius — provides natural hardness, clean burning characteristics, and the distinctive crystalline feathering pattern that is a hallmark of palm wax candles. The paraffin component — a fully refined, high-melting-point paraffin wax (58-65 degrees Celsius melting point) — contributes structural rigidity, excellent mould release, smooth surface finish, and consistent performance. The blending ratio for pillar candles typically favours a higher proportion of hard wax components compared to jar candle blends, with palm wax content ranging from 40-80% depending on the desired aesthetic and performance profile. Additives commonly used in pillar candle formulations include stearic acid (2-5%, to increase hardness, opacity, and improve burn quality), microcrystalline wax (for flexibility and fracture resistance), and vybar or similar polymeric additives (to improve fragrance oil retention). The manufacturing process involves melting and blending the waxes at controlled temperatures, adding fragrance and colour, and pouring into pillar moulds where the wax is cooled at a controlled rate to develop the desired crystal structure and surface finish. The oil palm, Elaeis guineensis, provides the palm wax component through the hydrogenation of refined palm oil fractions. The major suppliers of palm-paraffin blended wax for pillar candles are located in Malaysia, Indonesia, the United Kingdom, Germany, and the United States. Sustainably sourced formulations using RSPO-certified palm wax are available to meet growing retailer and consumer demand for environmentally responsible candle products. Historically, pillar candles were traditionally made from beeswax (a premium natural material) or tallow (animal fat). The commercialisation of paraffin wax in the mid-19th century made pillar candles widely affordable. The introduction of palm wax in the late 20th century offered a renewable, plant-based alternative that combines natural appeal with excellent pillar candle performance. Interesting facts include: the hardness of pillar candle wax is typically 2-3 times greater than jar candle wax; the crystalline feathering pattern unique to palm wax is most pronounced in pillar candles due to their slower cooling rate; and high-quality pillar candles are designed to form a "wax shell" during burning, with the molten wax pool contained within the outer wall of solid wax — a controlled burn characteristic that requires precise wax formulation. **Q2: What melting point grades do you offer for pillar candle blends — 56-58°C or 58-60°C?** Bio Green Wax Ltd supplies our palm-paraffin pillar candle blend in two melting point grades: 56–58°C for standard-diameter pillar candles (60–90mm) and decorative moulded formats; and 58–60°C for larger-diameter pillars (above 90mm), outdoor candles, and applications where the candle will be displayed in warm ambient environments. The higher-melting grade provides greater structural rigidity and better resistance to deformation in warm storage or display conditions. Contact our technical team to discuss which grade best suits your candle format and intended market. **Q3: What is the ratio of palm wax, paraffin, and microcrystalline in your pillar blend?** Our pillar candle blend contains refined palm wax (contributing natural opacity and environmental credentials), fully refined paraffin wax (56–60°C grade, providing structural hardness), and microcrystalline wax (improving flexibility and reducing surface cracking), pre-compounded with Polyboost polymer, Vybar 260 (the pillar-optimised fragrance retention additive), and UV stabilisers. The exact proprietary ratio is optimised for pillar performance. Full performance specifications including hardness, fragrance load capacity, and pour temperature are provided in the technical data sheet available on request. **Q4: Does your pillar candle blend include Polyboost, Vybar, and UV stabilisers as standard?** Yes. All three functional additives are pre-compounded as standard in our pillar candle blend. Polyboost improves structural integrity and opacity of the finished pillar. Vybar 260 — the pillar-specific formulation of Vybar — enhances fragrance oil retention, reduces seepage at higher temperatures, and improves resistance to oil migration to the candle surface. UV stabilisers protect the wax and added dye colours from yellowing or fading under display lighting. These additives are already optimised in the blend — candle makers simply add fragrance and colour, eliminating the need to source and compound additives separately. **Q5: What fragrance loading percentage does your pillar blend support without seepage?** Our pillar candle blend reliably supports fragrance loadings of 6–9% by weight without fragrance seepage — thanks to the Vybar 260 component. For large-format pillar candles above 90mm diameter, we recommend staying at 6–7% for best structural performance. For standard pillar formats, 7–9% delivers a strong fragrance presence. Heavier base-note fragrance oils (musks, woods, amber, vanilla, resins) with flash points above 72°C perform best in pillar applications. Our technical team can advise on fragrance compatibility for your specific scent profile. **Q6: What is the minimum order quantity for the pillar candle wax blend?** The minimum order quantity for our pillar candle blend is 25 kg — one carton or bag — making it accessible for artisan candle makers developing new products as well as larger production manufacturers. Full pallet (500 kg) and container load (15–20 MT) quantities are available with volume-based pricing. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com to discuss your production volume and receive a current quotation. **Q7: What is the current price per kg or tonne for your pillar candle wax blend?** Our pillar candle blend is priced to reflect the included premium additives — Polyboost, Vybar 260, and UV stabilisers — which would cost significantly more to source and compound separately. The ready-to-use formulation also reduces your production complexity and waste. Contact our sales team at sales@biogreenwax.com for current per-kg pricing based on your volume and delivery destination. Volume discounts apply for pallet and container quantities. **Q8: What is the hardness and opacity of your pillar candle blend for mould release?** Our pillar blend is formulated for high hardness — needle penetration at 25°C typically 8–14 — and excellent natural opacity, producing bright white finished candles with a smooth, professional surface. The palm wax component contributes natural opacity; the paraffin and microcrystalline components provide the structural rigidity needed for clean, reliable mould release. Candles demould cleanly from metal, polycarbonate, and silicone moulds without requiring release spray when poured at the correct temperature. Contact us for pour and mould temperature guidelines. **Q9: What is the recommended pour temperature for your pillar wax blend?** Pour our pillar blend at 68–75°C into dry moulds at room temperature (18–22°C). Pouring too hot increases shrinkage and the depth of the sinkhole; too cool reduces mould detail and increases surface cracking risk. Allow the candle to cool slowly at room temperature without drafts. After initial cooling, a small top-up pour is typically required to fill the sinkhole that forms as the wax contracts. Do not overfill the initial pour as this can trap air below a sealed wax surface. Full detailed pour protocols are provided in our technical data sheet. **Q10: Does the pillar blend produce a smooth, crack-free surface finish?** Yes. When poured at the correct temperature and cooled under controlled conditions, our pillar blend consistently produces a smooth, crack-free surface. The microcrystalline wax component is key — it reduces the brittleness that causes surface cracking in high-paraffin blends. Minor surface marks or minor bloom can be removed with a gentle heat gun pass after demoulding. Our technical team can assist with troubleshooting specific surface finish issues related to your mould type, pour temperature, or cooling conditions. **Q11: What mould types is your pillar blend compatible with — metal, silicone, polycarbonate?** Our pillar blend performs well across all standard candle mould materials. For aluminium and tin rigid moulds: the blend's natural release properties allow clean demoulding without release agents for most profiles. For polycarbonate moulds: the good hardness and smooth surface finish make it ideal for clear mould formats. For silicone moulds: the blend releases cleanly from flexible silicone, preserving sharp moulded detail in complex sculptural and novelty shapes. For very deep or narrow mould profiles, a light application of silicone mould release spray is recommended. Contact our technical team for guidance on your specific mould type. **Q12: Is your pillar candle blend suitable for taper and church pillar candle production?** Yes. The 58–60°C high-melting grade of our pillar blend is suitable for taper candle production on dipping frames as well as large-format church pillar candles (typically 80–150mm diameter). For tapers, the high hardness ensures rigidity and resistance to warping. For church pillar candles, the structural integrity of the blend maintains the wax wall integrity during extended burn times. We recommend multiple wicks for church pillars above 100mm diameter — contact our technical team for wick placement guidance for large-format candles. **Q13: What wick types work best with your pillar candle blend?** For pillar candles made with our blend, we recommend flat-braided cotton wicks (HTP or LX series) for standard pillar formats, and square-braided wicks for larger diameters above 80mm. Starting point guidance: HTP 104 for 60mm pillars, HTP 116 for 70–75mm, HTP 126 for 80–90mm pillars. These are starting points — a burn test programme is essential before production to validate the correct wick for your specific diameter, fragrance load, and ambient conditions. Contact Bio Green Wax Ltd's technical team for pillar wick selection support. **Q14: How does your pillar candle blend perform for outdoor and large pillar formats?** For outdoor use or warm climate applications, specify our 58–60°C high-melting grade which provides the structural strength to resist softening at ambient temperatures up to 32–35°C. For large-format pillars above 100mm, use the high-melting grade and configure with multiple wicks spaced approximately 35–40mm apart to ensure an even melt pool. Bio Green Wax Ltd recommends the high-melt grade for all pillar candles intended for sale in markets with average summer temperatures above 28°C. Contact our technical team for multi-wick configuration guidance for your specific large pillar format. **Q15: Is this blend suitable for rustic, textured, or smooth pillar candle finishes?** Yes. Our pillar blend is versatile for multiple aesthetic finishes. For smooth, highly polished pillars: use polished metal or polycarbonate moulds, pour at the upper recommended temperature, and allow slow cooling. For rustic, mottled, or crystal-patterned finishes: add 3–5% additional fully refined paraffin wax (separate to the blend) to encourage visible wax crystallisation patterns on the candle surface. For textured surfaces: outer-wrap or dip techniques in contrasting coloured wax can be applied after demoulding. Contact our technical team for specific formulation modifications for each aesthetic style. **Q16: Can the pillar blend be used for moulded novelty candles and decorative shapes?** Yes. Our pillar blend is suitable for complex moulded novelty and decorative candle shapes using silicone or rigid metal moulds. Its combination of high hardness and good flexibility prevents cracking of fine moulded details during demoulding. For very intricate or deep-detail silicone moulds, pour at the lower recommended temperature range to reduce surface tension effects and preserve fine moulded detail. UV stabilisers in the blend protect any added dye colours in decorative candles from light-induced fading during display. **Q17: What fragrance types — top, middle, and base notes — work best in your pillar blend?** In pillar candle applications, base and middle note fragrances — musks, woody accords, amber, vanilla, resins, spice, and warm florals — perform best. Their higher molecular weight and lower volatility suit the slower-burn, longer-life profile of pillar candles, ensuring fragrance is released progressively throughout the full burn. Top-note-dominant citrus or clean aquatic fragrances can be used but require careful wick selection to ensure sufficient heat to volatilise lighter fragrance molecules. For best results, use fragrances specifically blended for pillar candle applications. Contact our technical team for fragrance type guidance. **Q18: Do you offer different hardness levels for pillar blends for varying candle diameters?** Yes. Bio Green Wax Ltd can supply customised versions of our pillar blend with modified hardness profiles for specific candle diameters or applications: a softer version (higher palm content) for smaller pillar diameters (50–60mm) where excessive hardness can cause cracking; and a harder version (higher paraffin content or FT wax addition) for very large pillar diameters or outdoor formats requiring maximum rigidity. Custom hardness specifications require minimum quantity commitments. Contact our technical team to discuss your specific candle diameter range and hardness requirements. **Q19: What are the packaging formats available — pellets, slabs, or blocks?** Our pillar candle blend is available in pellet/pastille form in 25 kg bags (standard, recommended for production efficiency and fast melting) and slab form in 25 kg cartons (available on request for customers who prefer manual processing). Full pallet quantities (500 kg, 20 bags per pallet) and container loads (15–20 MT) are available for volume buyers. The pellet format is most widely requested by production candle manufacturers as it enables accurate batch weighing and faster melting compared to slab form. **Q20: Can you supply the pillar candle blend for large-scale automated production?** Yes. Our pillar blend is fully compatible with automated candle production systems. The pellet format is optimised for automated hopper-fed melting and dosing systems. For high-volume manufacturers using continuous heated tank and pump systems, Bio Green Wax Ltd can arrange bulk liquid supply — eliminating the manual melting step and significantly reducing labour and energy costs. Contact us to discuss your production system specifications and we will advise on the optimal supply format and delivery logistics for your production scale. **Q21: What technical support and documentation do you provide for pillar candle manufacturers?** Bio Green Wax Ltd provides comprehensive documentation and support for pillar candle manufacturers: technical data sheet covering melting point, hardness, fragrance loading capacity, pour temperature, and cooling guidance; Certificate of Analysis with each batch confirming key quality parameters; Safety Data Sheet for handling and regulatory compliance; application notes for specific pillar formats and mould types; and direct access to our technical team for formulation support, wick selection guidance, and production troubleshooting. We regard technical partnership as a core part of our supplier relationship — contact sales@biogreenwax.com to engage our technical team. **Q22: Does Bio Green Wax supply Palm-Paraffin- blended wax for Pillar Candles internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm-Paraffin- blended wax for Pillar Candles, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm-Paraffin- blended wax for Pillar Candles. --- #### Soy-Based Vegan Wax Blend - **Product Page**: https://biogreenwax.com/products/soy-based-vegan-wax-blend - **Applications**: Jar candles, Pillar candles, Wax melts & tarts, Scented candles, Massage candles, Eco-friendly candles Bio Green Wax's 95% Soy Wax Vegan Blend (5% plant additives) delivers clean-burning, natural performance for glass jars and freestanding pillars. Available in low melting point (48-52°C) for containers and high melting point (56-62°C) for pillars. Ready-to-use: simply add your color and fragrance for exceptional throw and smooth finish. **Frequently Asked Questions about Soy-Based Vegan Wax Blend** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/soy-based-vegan-wax-blend/faq **Q1: What is ''Soy-Based Vegan Wax Blend'' and how is it produced?** Soy-based vegan wax blend is a specially formulated candle wax composed primarily of hydrogenated soybean oil, blended with other plant-derived waxes and natural additives to create a 100% vegan, animal-free wax product suitable for premium candle manufacturing. Soy wax was first developed in 1991 by Michael Richards as a natural alternative to paraffin wax, and it has since become one of the most popular wax choices for artisan and premium candle makers worldwide. The primary component, soy wax, is produced by the full hydrogenation of refined soybean oil — converting the liquid oil into a solid wax by saturating the unsaturated fatty acid chains with hydrogen. Soybeans (Glycine max) are the source crop, cultivated primarily in the United States, Brazil, Argentina, and China. The hydrogenation process converts the predominantly unsaturated fatty acids of soybean oil (linoleic acid approximately 53%, oleic acid approximately 23%) into fully saturated stearic acid, raising the melting point from approximately -16 degrees Celsius (liquid oil) to 48-52 degrees Celsius (solid wax). The resulting soy wax is a white, opaque, relatively soft wax with a creamy texture. To create a vegan wax blend that performs optimally across different candle types, soy wax is blended with other plant-based waxes and natural ingredients. Common blend components include: coconut wax (from hydrogenated coconut oil, providing improved scent throw and a smoother top surface), rapeseed wax (from hydrogenated rapeseed oil, popular in European markets), palm wax (for hardness and crystal structure, typically RSPO-certified), and natural vegetable-derived additives for performance enhancement. The blend is carefully formulated to exclude all animal-derived ingredients — no beeswax, no tallow, no lanolin — making it suitable for vegan and cruelty-free product certifications. Soy-based vegan wax blends offer several advantages for candle making: they burn cleaner than paraffin with significantly less soot production; they have a lower melting point that extends burn time by up to 50% compared to paraffin; the softer wax provides excellent fragrance oil absorption and scent throw; soy wax is biodegradable and made from renewable agricultural crops; and soy wax is water-soluble, making spill cleanup easy. However, pure soy wax has some limitations — it is softer than paraffin, prone to frosting (a white crystalline surface bloom), may have inconsistent surface adhesion in containers, and may have weaker hot throw compared to paraffin. Blending with other vegan waxes addresses many of these limitations. The soy-based vegan wax blend market has grown rapidly, driven by consumer demand for sustainable, natural, plant-based products. The clean beauty, wellness, and ethical consumer movements have positioned soy-vegan candles as premium products, often marketed alongside essential oil fragrances, recycled packaging, and charitable/social impact narratives. Major markets include North America, Western Europe, Australia, and increasingly Asia-Pacific. The soybean, Glycine max, has been cultivated for over 5,000 years in East Asia. The development of soy wax for candle making in the 1990s represented a novel use for this ancient crop, adding value to the soybean supply chain and providing farmers with a new market for their harvest. Today, soy wax production consumes a small but growing share of the global soybean oil supply. Interesting facts about soy-based vegan wax include: the United States produces approximately 50% of the world's soybeans, making soy wax a domestically sourced product for American candle makers; soy wax can hold fragrance oil loads of 8-12% by weight; the frosting effect on soy candles, while sometimes considered a defect, is actually proof that the wax is natural soy; and soy wax candles produce approximately 90% less soot than paraffin candles. **Q2: What percentage of soy wax is in your vegan wax blend — 95% or higher?** Our soy-based vegan wax blend contains a minimum of 95% hydrogenated soybean oil (soy wax), with the remainder comprising approved plant-derived performance additives. The blend contains no paraffin, no beeswax, no tallow, and no animal-derived ingredients of any kind — making it fully vegan-compliant and suitable for brands positioning their candles as 100% plant-based. Full ingredient disclosure is available for Vegan Society certification applications and retailer sustainability audits. Contact Bio Green Wax Ltd at sales@biogreenwax.com for ingredient documentation. **Q3: Is your vegan wax blend certified non-GMO and suitable for organic candle brands?** Yes. Our soy-based vegan blend is produced from non-GMO soybean oil from verified, traceable supply chains. Non-GMO certification documentation is available upon request. USDA organic certified soy wax can be sourced for candle brands requiring certified organic positioning — contact us with your certification requirement and volume needs. The vegan blend is compatible with COSMOS Natural certification frameworks when paired with appropriately certified fragrances and dyes. **Q4: What melting point grades are available — jar (48-52°C) or pillar (56-62°C)?** Bio Green Wax Ltd supplies our soy vegan blend in two melting point grades: container/jar grade (48–52°C) for glass jar, tin, and clamshell candle applications; and pillar grade (56–62°C) for freestanding pillar, votive, and tealight candles. The jar grade is formulated for excellent glass adhesion and a smooth top; the pillar grade for structural rigidity in freestanding formats. Specify your candle format when ordering to ensure the correct grade is supplied. **Q5: What is the minimum order quantity for the vegan wax blend?** The minimum order quantity for our soy vegan blend is 25 kg — one bag — suitable for artisan candle makers testing the blend before scaling to production. Full pallet (500 kg) and container load (15–20 MT) quantities are available for larger manufacturers with volume pricing. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com to confirm current pricing and availability for your required grade and delivery destination. **Q6: What is the current price per kg for the soy-based vegan wax blend?** Our soy vegan blend is priced competitively within the premium natural candle wax market. It offers significant savings compared to sourcing and compounding pure soy wax with separate plant-based adhesion and fragrance additives. Contact our sales team at sales@biogreenwax.com for current per-kg pricing based on your volume and delivery requirements. Volume discounts are available for pallet and container quantities. **Q7: Is this blend truly vegan — free from beeswax, tallow, and animal-derived additives?** Yes — unconditionally. Our soy vegan blend is completely free from beeswax, tallow, lanolin, carmine, stearic acid from animal sources, and any other animal-derived ingredients. All additives are either plant-derived or synthetic with no animal involvement in their production. Full ingredient disclosure confirming vegan status is provided, suitable for Vegan Society trademark certification applications. For brands making vegan claims on packaging, we recommend explicitly stating 'contains no animal-derived ingredients' — our documentation supports this claim. **Q8: What fragrance loading capacity does your vegan wax blend support?** Our vegan soy blend supports fragrance loadings of 8–10% by weight for the jar grade and 6–8% for the pillar grade. The plant-based adhesion and fragrance retention additives in our blend improve fragrance binding capacity significantly compared to pure unformulated soy wax, which typically maxes out at 6%. For best results, use fragrance oils formulated specifically for soy wax systems and test your specific fragrance before scaling to production. Contact Bio Green Wax Ltd's technical team for fragrance compatibility guidance. **Q9: Does the vegan blend achieve good glass adhesion and smooth tops in jar candles?** Yes — glass adhesion is one of the primary formulation challenges with pure soy wax, and our vegan blend specifically addresses this. The plant-based adhesion-enhancing additives in our blend produce consistent, pull-away-free contact between wax and glass when the correct pour protocol is followed: pour at 50–55°C into jars pre-warmed to 35–40°C, and allow to cool without drafts. This produces the smooth, even glass contact and flat top surface expected in premium retail jar candles. Contact our technical team for a full pour protocol document. **Q10: What certifications does your vegan blend carry — vegan society, organic, non-GMO?** Our vegan blend comes with non-GMO documentation as standard. The blend is eligible for Vegan Society trademark certification — we provide full ingredient disclosure documentation required for the certification application. Organic certified soy wax (USDA NOP or EU Organic) can be sourced as the base for certified organic candle brands. COSMOS Natural-compatible supply is available on request. Contact sales@biogreenwax.com with your specific certification requirements and we will advise on the most appropriate supply option and documentation package. **Q11: What is the recommended pour temperature for the vegan wax blend?** For the jar/container grade, pour at 50–55°C into jars pre-warmed to 35–40°C. For the pillar grade, pour at 60–65°C into room-temperature moulds. Pouring the jar grade too hot (above 60°C) increases the likelihood of sinkholes and wet spots; too cool (below 48°C) risks surface cracking. Consistent pour temperature is essential for batch-to-batch surface quality consistency in production. A thermometer in the melt tank and pre-heated jars are the two most impactful factors for surface finish in soy-based candles. **Q12: Can this vegan blend be used for wax melts, tealights, and pillar candles?** Yes. The pillar-grade version of our vegan blend is suitable for wax melts, clamshell snap bars, tealight cups, and freestanding pillar candles. The natural off-white soy colour makes attractive, clean-looking wax melt shapes. For tealight production, wick sizing should account for soy wax's cooler burn versus paraffin — contact our technical team for tealight wick sizing guidance. The jar grade is optimised for container candles, tins, and moulded wax melts. Please specify your application format when ordering. **Q13: Does your vegan blend require any additional additives or is it ready to use?** Our vegan blend is fully ready to use — the plant-based performance additives are already incorporated at optimised ratios. Simply melt, add your fragrance (up to 10% for jar grade) and candle dye, stir gently, and pour. No additional wax additives, binders, or adhesion promoters are needed. This significantly simplifies production for candle manufacturers, eliminates additive sourcing complexity, and ensures consistent additive levels across every batch — a key quality advantage over compounding from raw wax. **Q14: What wick types are recommended for the vegan soy blend in jar candles?** For jar candles made with our vegan soy blend, natural cotton core wicks (ECO or CD series) or hemp wicks complement the natural and vegan positioning of the product. As a starting guide: ECO-6 to ECO-10 for 60–75mm jars; ECO-10 to ECO-14 for 75–90mm jars. Hemp wicks add a clean, slight crackling sound that is popular in premium candle markets. Wick selection must always be validated with a formal burn test programme using your specific jar, fragrance, and dye combination before finalising for production. **Q15: What is the hot and cold scent throw performance of the vegan soy blend?** Our vegan soy blend delivers excellent cold scent throw — fragrance is released at room temperature from the porous soy wax crystal structure, which is one of the most valued characteristics of soy candles among consumers. Hot scent throw at 8–10% fragrance loading is strong to excellent depending on the fragrance oil. For maximum performance, choose fragrance oils specifically formulated for soy wax, with a balanced profile of top, middle, and base notes — base and middle notes provide lasting warmth during the burn while top notes give an initial burst upon lighting. **Q16: What fragrance oils and natural essential oils work best in the vegan blend?** Our vegan blend is compatible with all standard candle fragrance oils and with natural essential oils. For essential oil candles (popular in the natural and vegan category), use higher addition rates of 10–12% to compensate for faster evaporation of natural volatiles compared to synthetic fragrance molecules. Steam-distilled essential oils with higher flash points — cedarwood, lavender, patchouli, bergamot, eucalyptus — perform better than very light top notes like lemon or peppermint, which may not survive the candle making process. Contact our technical team for essential oil formulation guidance. **Q17: Do you supply the vegan blend in pellet or block form?** Our soy vegan blend is supplied in flake/pellet form in 25 kg bags as standard — the preferred format for production candle making due to fast, uniform melting, accurate batch weighing, and compatibility with automated melting systems. Block form in 25 kg cartons is available on request. The pellet format is strongly recommended for production environments as it reduces melt time by 30–40% compared to block form and enables accurate automated weighing. **Q18: What is the shelf life of the vegan wax blend and how should it be stored?** Our vegan soy blend has a shelf life of 18–24 months from production date in original sealed packaging. Store at 15–22°C, away from direct sunlight, heat, and humidity. Soy wax is more sensitive to temperature fluctuation than paraffin wax — storage in locations subject to heat extremes can cause partial melting and recrystallisation, which may affect surface finish performance. Sealed storage is important as soy wax can absorb ambient odours, which would affect fragrance purity in sensitive candle formulations. **Q19: Can the vegan blend achieve a matte or frosted surface finish for aesthetic candles?** Soy wax naturally tends toward a slightly matte, organic-looking surface — distinct from the glassy finish of paraffin wax — and some degree of natural frosting (a white crystalline dusting on the surface) is a characteristic of natural soy content. Our optimised blend reduces excessive frosting compared to unformulated pure soy wax. For brands wishing to celebrate the frosted appearance as a 'proof of natural' credential, unformulated pure soy wax may be preferred. Our technical team can advise on surface finish optimisation for your specific aesthetic goals. **Q20: What are your lead times for vegan wax blend supply to UK and EU candle makers?** Standard lead times for our soy vegan blend to UK and EU candle makers are 2–3 weeks for pallet orders. For container load export quantities, 4–6 weeks. We recommend placing orders 4–6 weeks in advance of your production schedule to ensure supply continuity. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com for current stock levels and a confirmed delivery schedule for your order. **Q21: Do you provide product claims support for brands marketing as 100% vegan candles?** Yes. Bio Green Wax Ltd provides a complete documentation package to support your vegan candle marketing claims: full ingredient disclosure confirming absence of all animal-derived ingredients; non-GMO certification for the soy wax component; vegan compliance statement for Vegan Society certification applications; and INCI-style ingredient listing for your product labelling. We understand the importance of substantiated claims in the natural and vegan candle market — our documentation package is designed to satisfy retailer ESG audits, certification body requirements, and consumer transparency expectations. Contact us at sales@biogreenwax.com to request the full documentation package. **Q22: Does Bio Green Wax supply Soy-Based Vegan Wax Blend internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Soy-Based Vegan Wax Blend, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Soy-Based Vegan Wax Blend. --- #### Soy-Beeswax-Paraffin Wax Blend - **Product Page**: https://biogreenwax.com/products/soy-beeswax-paraffin-wax-blend - **Applications**: Jar candles, Pillar candles, Scented candles, Wax melts & tarts, Container candles, Decorative candles Bio Green Wax's Soy-Beeswax-Paraffin Blend combines natural soy smoothness, beeswax stability, and paraffin's scent power for unmatched fragrance performance. Low melting point (48-52°C) excels in glass containers; high melting point (56-62°C) perfect for pillars. Ready-to-use formulation—just add fragrance and color for superior hot/cold throw and flawless candle finish. **Frequently Asked Questions about Soy-Beeswax-Paraffin Wax Blend** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/soy-beeswax-paraffin-wax-blend/faq **Q1: What is ''Soy-Beeswax-Paraffin Wax Blend'' and how is it produced?** Soy-beeswax-paraffin wax blend is a tri-component candle wax formulation that combines soy wax (from hydrogenated soybean oil), natural beeswax (from honey bee hives), and refined paraffin wax (from petroleum) to create a versatile, high-performance candle wax that leverages the complementary strengths of each component. This three-way blend has become popular among both artisan and commercial candle manufacturers seeking a balanced wax that delivers excellent burn performance, superior scent throw, attractive appearance, and broad application versatility. Each component contributes specific properties to the blend. Soy wax (from hydrogenated Glycine max oil) provides a clean burn with minimal soot, excellent fragrance oil retention and cold throw, a lower melting point for extended burn time, and a renewable, plant-based material origin. Beeswax (from Apis mellifera) adds natural honey scent, a warm golden colour, increased hardness and structural rigidity, a higher melting point (62-65 degrees Celsius) that improves the overall melt point of the blend, and a natural ionising effect when burned (releasing negative ions that may help purify indoor air). Paraffin wax (refined petroleum wax) contributes outstanding hot throw (scent release during burning), excellent glass adhesion for container candles, smooth surface finish, consistent melting and burning behaviour, and proven scent-carrying performance. Typical blending ratios vary depending on the target application: for container candles, a common formulation is 50-60% soy wax, 10-20% beeswax, and 20-30% paraffin; for pillar candles, the beeswax and paraffin proportions are increased for greater hardness. The blending process involves melting all three components at a controlled temperature (typically 75-85 degrees Celsius), thorough mixing, and cooling at a rate appropriate to the candle type. Fragrance oils (6-10% of total wax weight) and dyes are added during the blending process. The historical context of this blend reflects the evolution of candle making materials. Beeswax was the premium candle material for thousands of years, valued for its clean burn and pleasant scent but limited by cost and availability. Paraffin wax, commercialised in the 1850s, made candles affordable and widely available but lacked the natural appeal of beeswax. Soy wax, developed in the 1990s, offered a renewable alternative but had performance limitations. The tri-component blend represents a modern solution that combines the best of ancient and contemporary candle making materials. In the candle market, soy-beeswax-paraffin blended candles are positioned as premium products that bridge the gap between fully natural (but expensive) beeswax candles and fully synthetic (but high-performing) paraffin candles. They appeal to consumers who want natural ingredients without compromising on scent performance and appearance. The blend is particularly popular in the luxury home fragrance, gift, and hospitality candle segments. The major suppliers of pre-blended soy-beeswax-paraffin wax include speciality wax companies in the United States, United Kingdom, and Europe, while many candle makers prefer to create their own custom blends using individually sourced components. Sustainable sourcing options include certified organic beeswax, non-GMO soy wax, and various paraffin alternatives for manufacturers seeking to improve the environmental profile of their products. Interesting facts about the soy-beeswax-paraffin blend include: the addition of just 5-10% beeswax can significantly improve the burn quality and structural integrity of a soy wax candle; paraffin wax's superior hot throw is attributed to its lower molecular weight compounds that volatilise more readily during burning; and the tri-blend approach allows candle makers to fine-tune performance characteristics by adjusting component ratios rather than relying on chemical additives. **Q2: What is the ratio of soy, beeswax, and paraffin wax in your triple blend?** Our soy-beeswax-paraffin triple blend contains a majority soy wax base combined with 5–15% refined beeswax for improved scent throw and burn quality, plus a paraffin wax component for hardness, stability, and consistency. The proprietary ratio is optimised for fragrance performance and burn quality across both jar and pillar formats. Full ingredient percentages are available in the Safety Data Sheet and upon request for retailer compliance and product labelling purposes. Contact Bio Green Wax Ltd at sales@biogreenwax.com for documentation. **Q3: What is the melting point range of your soy-beeswax-paraffin blend?** Our triple blend is supplied in jar grade (melting point 48–54°C) for container candles, and pillar grade (56–62°C) for freestanding pillar, votive, and tealight formats. The beeswax component raises the effective melting point slightly compared to pure soy, contributing to a firmer candle with better structural integrity and a more refined melt pool during burning. Specify your required format when ordering. **Q4: What is the minimum order quantity for the triple blend?** The MOQ for our soy-beeswax-paraffin triple blend is 25 kg for trial or small production orders. Full pallet (500 kg) and container load (15–20 MT) quantities are available for established production manufacturers with volume pricing. Contact us at +44 20 7101 3847 or sales@biogreenwax.com to discuss your production volume and receive a current competitive quotation. **Q5: What is the current price per kg for the soy-beeswax-paraffin wax blend?** Our triple blend carries a moderate premium over pure paraffin or pure soy blends, reflecting the cost of the refined beeswax component. The pricing is competitive within the premium natural-blend candle wax category. Contact our sales team at sales@biogreenwax.com for current market pricing based on your volume and delivery requirements — volume discounts are available for pallet and container load orders. **Q6: What fragrance loading does your triple blend support for maximum scent throw?** Our triple blend supports fragrance loadings of 8–12% by weight. The beeswax component enhances the candle's scent throw by creating a denser, slower-burning melt pool that releases fragrance more gradually and consistently throughout the burn. At 10% fragrance loading, candles made with this blend consistently deliver strong hot scent throw. For maximum performance, use fragrance oils with a balanced top-middle-base note structure. Contact our technical team for fragrance compatibility guidance. **Q7: Is the beeswax component of the blend Halal or ethically sourced?** The refined beeswax in our triple blend is sourced from verified, ethically managed beekeeping operations. Halal-certified beeswax can be specified for supply to manufacturers serving Muslim consumer markets — contact us for Halal certification documentation. Our beeswax suppliers operate under responsible beekeeping standards with auditable supply chain documentation. Origin and certification documentation for the beeswax component is available to support your customer transparency and ESG reporting requirements. **Q8: What is the hot and cold scent throw performance of this three-component blend?** Our triple blend delivers superior hot and cold scent throw compared to pure soy wax alone — one of the key commercial reasons for its popularity with premium candle brands. The beeswax component creates a denser wax matrix that binds and gradually releases fragrance throughout the candle's life, rather than releasing it all quickly and burning off. Cold scent throw is excellent: consumers will notice fragrance when entering the room. Hot throw at 10% fragrance loading is strong and long-lasting. This performance profile commands premium retail pricing. **Q9: Is this blend suitable for jar candles, pillar candles, or both?** Yes — we supply the triple blend in both jar grade (48–54°C) and pillar grade (56–62°C). The jar grade is optimised for glass container candles with good adhesion and smooth tops. The pillar grade provides the hardness and structure needed for freestanding pillar, votive, and taper candles. Specify your required candle format when ordering so we can confirm the appropriate grade. If you produce both formats, we can supply both grades under a single customer account. **Q10: What is the recommended pour temperature for this blend?** For the jar grade: pour at 58–65°C into jars pre-warmed to 40–45°C. The beeswax component means this blend contracts slightly more on cooling than pure soy, so a small top-up pour is often required for jar candles. For the pillar grade: pour at 65–70°C into room-temperature moulds. Avoid pouring at temperatures significantly above these recommendations as excessive heat can cause fragrance flashing. Full detailed pour protocols are provided in our technical data sheet — contact sales@biogreenwax.com to request it. **Q11: Does the beeswax content improve burn time compared to pure soy or paraffin wax?** Yes. The beeswax component directly improves burn time in several measurable ways: beeswax has a higher melting temperature than soy wax, meaning the melt pool progresses more slowly; the denser wax matrix created by the beeswax-soy combination burns more slowly than either component alone; and the paraffin component contributes consistent crystalline structure that supports an even, controlled burn. A typical 200 ml jar candle made with our triple blend at 8% fragrance loading achieves 38–52 hours burn time — longer than comparable pure soy candles. **Q12: What wick types are recommended for this soy-beeswax-paraffin blend?** Natural cotton core wicks (CD or ECO series) are recommended for jar candles with our triple blend. The beeswax component increases the melt pool temperature compared to pure soy, so you may need to size down one step from your standard soy recommendation. Hemp wicks are also popular and complement the natural ingredients in the blend. For pillar candles, flat-braided or square-braided cotton wicks are appropriate. Always run a full burn test programme with your specific jar, wick, fragrance, and dye combination before finalising production specifications. **Q13: Is this blend suitable for large-scale automated candle production lines?** Yes. Our triple blend is fully compatible with automated candle production systems including carousel filling lines, inline wick-setting, and continuous melt-and-pour systems. The blend is supplied in pellet form for automated hopper-fed weighing and melting. The beeswax component does not cause any unusual viscosity or flow issues in standard candle production equipment. For very-high-volume producers using heated buffer tank systems, contact us about bulk liquid supply options. **Q14: Does the blend offer a natural honey scent from the beeswax content?** At standard beeswax concentrations of 5–15%, the natural honey-beeswax character is a warm, subtle undertone that most consumers find pleasant — it provides a warm, natural base that complements rather than competes with added fragrance oils. For brands using delicate floral or citrus fragrances, this warm undertone adds depth and authenticity. At higher beeswax percentages (above 20%), the beeswax character becomes more pronounced and may affect the fragrance profile. Contact our technical team for guidance on beeswax level optimisation for your specific fragrance. **Q15: What glass adhesion and surface finish does this blend achieve in jar candles?** Our jar-grade triple blend achieves good glass adhesion — better than pure soy wax alone — due to the beeswax component helping fill the porous soy wax matrix and improving wax-to-glass contact. The surface finish is smooth with a slight natural texture characteristic of soy blends — more organic-looking than paraffin, which is desirable for premium and artisan brand positioning. For optimal adhesion, pre-warm jars to 40–45°C and maintain a consistent pour temperature of 58–65°C. **Q16: Can this blend be used for wax melts or tealights as well as container candles?** Yes. The jar-grade triple blend is suitable for wax melts, clamshell snap bars, and tealight cups as well as container candles. Wax melts made with this blend deliver excellent fragrance release in oil burners due to the combined fragrance-holding capacity of soy and beeswax. Tealights have an extended burn time compared to standard paraffin tealights. The pillar grade works well for votive candles. Please specify your intended application format when ordering so we can confirm the most appropriate grade. **Q17: What fragrance types — floral, woody, citrus — work best in this blend?** All fragrance families perform well in our triple blend, but warm, resinous, and woody fragrance profiles are particularly complemented by the natural beeswax undertone: amber, sandalwood, oud, patchouli, vanilla, and musk accords work beautifully. Floral fragrances — rose, jasmine, gardenia — also perform well, with the beeswax adding warmth and depth to the floral character. Highly volatile citrus top notes (lemon, grapefruit) work best when blended with mid and base notes to ensure fragrance longevity. Contact our technical team for fragrance selection guidance specific to this blend. **Q18: Do you supply the blend in pellet or block form?** Our triple blend is supplied in pellet/pastille form in 25 kg bags as standard — the preferred format for production efficiency. Pellets melt uniformly, allow accurate batch weighing, and are compatible with automated production equipment. Block form in 25 kg cartons is available on request. Full pallet quantities (500 kg, 20 bags per pallet) are the standard volume unit for production orders. **Q19: What are the packaging formats and minimum pallet quantities for this blend?** Our soy-beeswax-paraffin triple blend is packaged in 25 kg pellet bags, supplied on pallets of 20 bags (500 kg per pallet). Full container loads of 15–20 MT are available for large producers or export orders. Minimum order quantity is 25 kg for trial orders. Contact our sales team at sales@biogreenwax.com or +44 20 7101 3847 for current pricing by volume tier and a delivery schedule confirmation for your destination. **Q20: What certifications are available — Halal, cruelty-free, sustainable sourcing?** Our triple blend does not contain ingredients derived from animal slaughter, but does contain beeswax — so it is not suitable for vegan claims. Halal certification for the beeswax component is available on request. The soy wax component is non-GMO certified. Ethical sourcing documentation for the beeswax is available confirming responsible beekeeping origin. Cruelty-free certification eligibility can be confirmed based on your specific certification body's criteria regarding beeswax. Contact us for the full documentation package to support your product claims. **Q21: What are the lead times for this blend to reach UK and European candle manufacturers?** Standard lead times for our triple blend to UK and EU candle manufacturers are 2–4 weeks for pallet orders. Beeswax is subject to seasonal supply availability — we recommend planning orders 6–8 weeks ahead of production schedules to ensure supply continuity, particularly in periods of high beeswax market demand (spring and summer). Container load export orders require 5–8 weeks. Contact us at +44 20 7101 3847 or sales@biogreenwax.com for current stock and a confirmed delivery timeline. **Q22: Does Bio Green Wax supply Soy-Beeswax-Paraffin Wax Blend internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Soy-Beeswax-Paraffin Wax Blend, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Soy-Beeswax-Paraffin Wax Blend. --- #### Coconut-Rapeseed Wax Blend - **Product Page**: https://biogreenwax.com/products/coconut-rapeseed-wax-blend - **Applications**: Jar candles, Pillar candles, Wax melts & tarts, Scented candles, Container candles, Massage candles Bio Green Wax's Coconut-Rapeseed Blend combines coconut wax's creamy texture and rapeseed wax's smooth burn for exceptional natural candle performance. Low melting point (48-52°C) optimized for container candles; high melting point (56-62°C) for pillar candles. Completely ready-to-use—add only your choice of color and fragrance for professional, clean-burning results. **Frequently Asked Questions about Coconut-Rapeseed Wax Blend** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/coconut-rapeseed-wax-blend/faq **Q1: What is the ratio of coconut wax to rapeseed wax in your blend?** Our coconut-rapeseed blend uses a majority rapeseed wax base combined with hydrogenated coconut wax in a proprietary ratio optimised for container candle performance. The coconut wax component improves glass adhesion, fragrance binding, and surface finish compared to pure rapeseed wax alone; the rapeseed wax base provides EU-origin sustainability credentials and the natural, matte surface aesthetic valued by the premium natural candle market. Full ingredient percentages are available upon request for product labelling and certification purposes. **Q2: What melting point does your coconut-rapeseed blend offer for container candles?** Our coconut-rapeseed container grade has a melting point of 48–54°C — appropriate for glass jar and tin candle applications. A pillar grade with melting point of 56–62°C is also available for freestanding pillar, votive, and tealight candles. The blended melting point is higher than pure rapeseed wax alone, thanks to the coconut wax component which contributes hardness and structural stability at room temperature. Specify your candle format when requesting a quotation. **Q3: What is the minimum order quantity for the coconut-rapeseed wax blend?** Minimum order quantity is 25 kg for trial orders, making our coconut-rapeseed blend accessible to artisan and small-batch candle makers as well as production-scale manufacturers. Full pallet (500 kg) and container load (15–20 MT) quantities are available with volume-based pricing. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com to confirm current pricing and availability for your delivery destination. **Q4: What is the current price per kg for the coconut-rapeseed wax blend?** Our coconut-rapeseed blend is priced as a premium natural wax, reflecting the cost of both European rapeseed and hydrogenated coconut oil components. It is competitive within the premium natural and sustainable candle wax category. Contact our sales team at sales@biogreenwax.com for current per-kg pricing based on your volume and delivery requirements — volume pricing is available for pallet and container quantities. **Q5: Is your coconut-rapeseed blend 100% natural and vegan certified?** Yes. Our coconut-rapeseed blend is made exclusively from hydrogenated rapeseed oil and hydrogenated coconut oil — both entirely plant-derived with no animal ingredients. It is 100% suitable for vegan claims. Vegan compliance documentation is provided as standard for use in Vegan Society certification applications. Organic certified versions using certified organic rapeseed and coconut oil can be sourced for brands requiring certified organic positioning. Contact us with your specific certification requirements. **Q6: What fragrance loading percentage does the coconut-rapeseed blend support?** Our coconut-rapeseed blend supports fragrance loadings of 8–10% by weight. The coconut wax component specifically improves fragrance binding capacity compared to pure rapeseed wax — resulting in better fragrance retention during storage and stronger hot scent throw during burning. We recommend starting at 8% with your chosen fragrance oil and testing before scaling. Fragrance oils formulated for natural wax systems (rather than paraffin-optimised fragrances) perform best. Contact our technical team for fragrance compatibility guidance. **Q7: Does your blend achieve good glass adhesion in glass jar candles?** Yes — glass adhesion is one of the key formulation advantages of our coconut-rapeseed blend over pure rapeseed wax. The coconut wax component significantly improves wax-to-glass bonding, reducing the pull-away and adhesion gaps that are common with pure rapeseed wax. Correct pour temperature (55–60°C) and pre-warmed jars (40–45°C) are essential for optimal adhesion. Our technical data sheet provides a full pour protocol for best glass adhesion results — contact sales@biogreenwax.com to request it. **Q8: Is your coconut-rapeseed blend suitable for EU and UK natural candle certification?** Yes. Our coconut-rapeseed blend is formulated from ingredients — hydrogenated rapeseed oil and hydrogenated coconut oil — that are widely accepted under EU and UK natural ingredient standards. The blend is compatible with COSMOS Natural certification frameworks when paired with certified natural fragrances and dyes. Both rapeseed and coconut wax are listed as natural in the COSMOS Approved Substance List. Contact us for full ingredient documentation to support your natural product certification application. **Q9: What is the recommended pour temperature for the coconut-rapeseed blend?** For our jar/container grade, pour at 55–62°C into jars pre-warmed to 40–45°C. For the pillar grade, pour at 62–68°C into room-temperature moulds. Correct pour temperature is critical for glass adhesion and surface quality — pouring too cool causes rough tops and poor glass contact; too hot can cause fragrance flashing and surface sinkholes. Allow candles to cool naturally at room temperature (18–22°C) without drafts for best results. A full pour protocol is available in our technical data sheet. **Q10: What wick types are recommended for candles made with this blend?** For container candles with our coconut-rapeseed blend, we recommend ECO series natural cotton core wicks or wooden wicks — both complement the natural brand positioning. As a starting guide for ECO wicks: ECO-8 to ECO-12 for 65–85mm diameter jars. Wooden wicks — which produce a pleasant crackling sound — are increasingly popular in the premium natural candle category and perform well with this blend. Always validate your wick choice with a burn test programme using your specific jar, fragrance, and dye combination. **Q11: Can the coconut-rapeseed blend be used for wax melts and tealights?** Yes. Our coconut-rapeseed blend is well suited to wax melts, clamshell snap bars, and tealight cups in addition to container candles. The blend's excellent fragrance-holding capacity makes wax melts from this blend particularly effective in ceramic and electric oil burners. The natural off-white colour produces clean-looking, attractive wax melt shapes suitable for premium market positioning. Specify your intended application format when ordering so we can confirm the appropriate grade. **Q12: What is the scent throw performance — hot and cold — of this blend?** Our coconut-rapeseed blend delivers excellent cold scent throw from the porous rapeseed wax crystal structure, combined with good hot scent throw improved by the coconut wax's superior fragrance binding capacity versus pure rapeseed. At 8–10% fragrance loading with a soy/natural-wax-optimised fragrance oil, hot scent throw performance is strong. For maximum performance, we recommend fragrances with a good balance of mid and base note components that release progressively during the burn rather than all at once. **Q13: Do you supply the blend in pellet or block form?** Our coconut-rapeseed blend is supplied in flake/pellet form in 25 kg bags as standard — the most efficient format for candle production. Pellets melt uniformly, are easy to weigh accurately, and are compatible with automated production equipment. Block form is available on request. Full pallet quantities (500 kg) and container loads are available for volume buyers. **Q14: Is the rapeseed oil in this blend from UK or EU-origin sustainable sources?** Yes. The rapeseed wax component of our blend is derived from UK and EU-origin rapeseed oil — predominantly UK-grown rapeseed from British farms. This provides an exceptionally strong sustainability story: locally grown, supporting British agriculture, with a minimal transportation carbon footprint compared to tropical waxes. Traceability documentation confirming UK or EU rapeseed origin is available for brands wishing to make provenance claims in their marketing or to satisfy retailer sustainability requirements. **Q15: What surface finish does this blend produce — smooth, creamy, or matte?** Our coconut-rapeseed blend produces a smooth, creamy off-white surface — slightly more matte than paraffin but less frosted than pure soy wax. The natural, organic surface aesthetic is well suited to premium and artisan candle brand positioning in the natural product market. Minor surface frosting is a natural characteristic of rapeseed wax and is considered by many consumers and retailers as an authentic indicator of natural plant-based content — increasingly a positive commercial differentiator. **Q16: What is the shelf life of the coconut-rapeseed blend in storage?** Our coconut-rapeseed blend has a shelf life of 18–24 months from production date in original sealed packaging, stored at 15–22°C away from direct sunlight, heat, and humidity. As a natural plant-based wax, it is more susceptible to oxidation and odour absorption than petroleum-based waxes — sealed storage in a cool, consistent-temperature environment is essential for maintaining quality throughout the storage period. **Q17: Can additional coconut oil or soy wax be blended in to adjust hardness?** Yes — with caution. Adding additional hydrogenated coconut oil (coconut wax) to our blend will increase hardness and slightly raise the melting point. Adding soy wax will slightly soften the blend and increase opacity. However, modifying the blend composition may affect the glass adhesion and fragrance performance balance we have optimised. We recommend contacting our technical team before making additions to confirm that your target modification will not compromise candle quality — and we can provide guidance on blend ratios if adjustment is needed. **Q18: What certifications do you offer for the blend — vegan, organic, non-GMO?** Our coconut-rapeseed blend is 100% vegan with standard vegan compliance documentation. Non-GMO certification is provided as standard (neither rapeseed nor coconut is genetically modified commercially). Organic certified versions using certified organic rapeseed and coconut oil can be sourced on request. UK/EU provenance documentation for the rapeseed component is available. Contact sales@biogreenwax.com with your specific certification requirements and we will advise on available options and documentation. **Q19: What are your lead times for the coconut-rapeseed blend supply?** Standard lead times for UK and EU customers are 2–3 weeks for pallet orders from stock. Container load quantities require 4–6 weeks. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com for current stock availability and a confirmed delivery schedule for your order. We recommend ordering 4–6 weeks ahead of production to ensure consistent supply continuity. **Q20: Do you offer formulation guidance for candle makers using the coconut-rapeseed blend?** Yes. Bio Green Wax Ltd provides comprehensive formulation and production support for candle makers using our coconut-rapeseed blend: pour temperature and jar pre-warming protocols; wick selection guidance for your specific jar diameter; fragrance compatibility advice for natural and essential oil fragrances; troubleshooting support for common issues including surface frosting, adhesion, and fragrance seepage; and technical data sheets with full performance specifications. Sample quantities are available for in-house development testing before committing to production volumes. Contact sales@biogreenwax.com to engage our technical team. **Q21: Does Bio Green Wax supply Coconut-Rapeseed Wax Blend internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Coconut-Rapeseed Wax Blend, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Coconut-Rapeseed Wax Blend. --- #### Coconut-Soy Blend Wax - **Product Page**: https://biogreenwax.com/products/coconut-soy-blend-wax - **Applications**: High-end container candles, Scented candles, Premium candle lines A natural blend of coconut wax and soy wax formulated for container candles. It gives excellent hot and cold scent throw, a smooth creamy surface finish, better glass adhesion than pure soy wax and noticeably reduced frosting. Supplied in two melt-point grades to suit different pouring conditions. --- #### Bee-Soy Blend Wax - **Product Page**: https://biogreenwax.com/products/bee-soy-blend-wax - **Applications**: Container candles, Scented candles, Natural candle lines A natural blend of beeswax and soy wax that combines the advantages of both: a higher melting temperature and firmer setting than pure soy, better fragrance acceptance, reduced frosting and more stable burning behaviour. Contains beeswax, so it is natural but not vegan. --- #### Para-Soy Blend Wax - **Product Page**: https://biogreenwax.com/products/para-soy-blend-wax - **Applications**: Container candles, Pillar and moulded candles, Tarts and melts, Mass production A blend of soy wax and paraffin wax that addresses the common shortcomings of pure soy: it takes a higher fragrance load, frosts far less, gives a smoother surface finish and burns more consistently. Container and pillar grades are available, the pillar grade adding structural strength for free-standing and moulded candles. --- ### Category: Oleochemicals (14 products) #### Castor Oil - **Product Page**: https://biogreenwax.com/products/castor-oil - **Applications**: Pharmaceuticals & nutraceuticals, Cosmetics & personal care (skin, hair, lip products), Industrial lubricants & greases, Coatings, paints & varnishes, Biodiesel & biopolymers, Soap & detergent manufacturing, Textile finishing & dyeing, Food-grade applications & flavouring Castor Oil, derived from castor seeds (Scientific name: Ricinus communis), is extracted by pressing and refining. It is unique for its high ricinoleic acid content, giving it anti‑inflammatory, moisturizing, and laxative properties. Though not a major edible oil, castor oil is vital in pharmaceuticals, cosmetics, lubricants, coatings, and bio‑based polymers. Historically used in ancient Egypt for medicinal and lamp purposes, it remains indispensable in modern industry. Interesting fact: castor oil is the only commercial source of ricinoleic acid, making it irreplaceable in specialty chemical production. **Frequently Asked Questions about Castor Oil** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/castor-oil/faq **Q1: What is ''Castor Oil'' and how is it produced?** Castor oil is a pale yellow, viscous vegetable oil obtained by pressing the seeds (beans) of the castor oil plant, Ricinus communis, the sole species in the genus Ricinus of the Euphorbiaceae (spurge) family. Castor oil is unique among vegetable oils due to its exceptionally high content of ricinoleic acid, a hydroxylated fatty acid that gives it distinctive physical and chemical properties. The castor plant is native to the tropical regions of East Africa, most likely Ethiopia, and has been cultivated for at least 6,000 years. The scientific name Ricinus means "tick" in Latin, referring to the resemblance of the seed to certain tick species. The castor plant is a fast-growing perennial shrub or small tree that can reach heights of 5-12 metres in tropical climates. It thrives in warm, semi-arid conditions and is cultivated commercially in India, China, Brazil, Mozambique, and Ethiopia. India dominates global castor oil production, accounting for approximately 85-90% of world supply. Global annual production of castor oil is approximately 700,000-800,000 metric tonnes. The production of castor oil begins with the harvesting of mature castor seed capsules, which contain three seeds each. After drying and dehulling, the seeds (containing approximately 45-55% oil) are mechanically pressed using expeller presses. The crude castor oil is then filtered, degummed, and refined to produce commercial grades. It is important to note that castor seeds contain ricin, a highly toxic protein, but this toxin is not present in the expressed oil — it remains in the seed cake, which requires detoxification before use as animal feed or fertiliser. Chemically, castor oil is unique due to its extraordinarily high ricinoleic acid content — approximately 85-92% of total fatty acids. Ricinoleic acid (12-hydroxy-9-cis-octadecenoic acid) is an 18-carbon fatty acid with one double bond and a hydroxyl group at the C-12 position. This hydroxyl group is responsible for castor oil's exceptional viscosity, polarity, solubility properties, and chemical reactivity. Castor oil has a density of approximately 0.96 g/cm3 — the highest of any common vegetable oil — and a viscosity approximately 100 times greater than most vegetable oils. Historically, castor oil has been used for thousands of years. Ancient Egyptians used castor oil as lamp fuel, in cosmetics, and medicinally as a purgative — castor oil seeds have been found in Egyptian tombs dating to 4000 BCE. In Ayurvedic medicine, castor oil (eranda taila) has been used for centuries for its anti-inflammatory, analgesic, and laxative properties. In modern industrial applications, castor oil is one of the most versatile and valuable vegetable oils. Its unique chemistry allows it to be converted into hundreds of derivatives through chemical reactions including hydrogenation, dehydration, oxidation, esterification, saponification, sulfonation, and polymerisation. Major industrial products derived from castor oil include: sebacic acid (used in nylon 610, plasticisers, and lubricants), undecylenic acid (an antifungal agent), 12-hydroxystearic acid (a lubricant grease thickener), ricinoleic acid esters (bio-based plasticisers), and polyurethane polyols (for coatings, adhesives, and foams). In the pharmaceutical and cosmetic industries, castor oil is used in topical medications, laxatives, eye drops, lipstick, hair care products (particularly for promoting hair growth), skin moisturisers, and as a carrier oil for drug delivery systems. In the food industry, castor oil and its derivatives are used as food-grade lubricants, release agents, flavouring adjuvants, and in food-contact packaging. Interesting facts about castor oil include: it is the only commercial source of a hydroxylated fatty acid; castor oil was used as an aircraft engine lubricant in World War I (it does not mix with petroleum fuels, preventing dilution); the castor plant is one of the fastest-growing plants in the world, capable of growing 3 metres in a single season; and castor oil-based polyurethanes are among the most important bio-based polymers in commercial production today. **Q2: What grade of castor oil do you supply — first pressing, BSS grade, or pharmaceutical USP?** Bio Green Wax supplies castor oil in three principal commercial grades: First Pressing (Food Grade) — pale, low-colour oil with excellent clarity suitable for food, pharmaceutical, and premium cosmetic applications; BSS Grade (Batch Solvent Suitable) — a refined grade for industrial polymer and lubricant applications; and Pharmaceutical USP/BP Grade — conforming fully to USP, BP, and EP monograph specifications for regulated medicine and cosmetics use. Each grade is available with full CoA, MSDS, and relevant certification documentation. Contact our sales team to confirm the appropriate grade for your application. **Q3: What is the ricinoleic acid content percentage in your castor oil?** Our first-pressing castor oil contains a minimum of 85–90% ricinoleic acid (C18:1-OH), which is the distinctive hydroxyl fatty acid responsible for castor oil's unique chemical properties including high viscosity, exceptional lubricity, and reactivity in polyurethane and surfactant synthesis. Higher ricinoleic acid content indicates superior raw material quality. Full fatty acid composition by GC is included in the CoA for every batch. Buyers in the polyurethane, cosmetics, and pharmaceutical sectors should specify their minimum ricinoleic acid requirement when enquiring. **Q4: What is the minimum order quantity for bulk castor oil supply?** Our minimum order quantity for bulk castor oil is 1 FCL (full container load), typically 16–22 metric tonnes via flexitank, or 20+ drums (200-litre capacity, approximately 185 kg net each) for smaller buyers. For sample and formulation trial purposes, we offer 5–25 litre drum samples subject to availability. Annual contract buyers consuming multiple containers per month can benefit from dedicated shipment allocation and pricing stability. Please contact our India-based procurement team with your required grade, volume, and destination for a prompt quotation. **Q5: Is your castor oil suitable for cosmetics formulations — skin, hair, and lip products?** Yes. Bio Green Wax castor oil is a premium cosmetic ingredient widely used in lip balms, lipsticks, mascara, hair oils, and skin moisturisers due to its high viscosity, excellent film-forming properties, and ability to carry fragrance and pigment. Our cosmetic-grade castor oil meets EU Cosmetics Regulation (EC 1223/2009) requirements and is available with Halal, INCI documentation, and vegan declaration. The INCI name is Ricinus Communis (Castor) Seed Oil. We provide full safety and regulatory documentation to support EU CPSR and US FDA cosmetic registration. Contact our cosmetics team for pricing and technical support. **Q6: What is the hydroxyl value and viscosity of your castor oil at 25°C?** Our pharmaceutical-grade castor oil has a hydroxyl value of 155–177 mg KOH/g, reflecting its high ricinoleic acid (hydroxyl fatty acid) content. Viscosity at 25°C is typically 950–1,100 mPas (cP), making it the most viscous of all commercially important vegetable oils — a property that underpins its performance in lubricants, polyurethanes, and cosmetics. Viscosity, hydroxyl value, iodine value, acid value, and moisture are all reported in our standard CoA. For polyurethane synthesis applications, hydroxyl value consistency is critical — contact our technical team for grade-specific data. **Q7: Do you supply castor oil with Halal and Kosher certification?** Yes. Bio Green Wax supplies castor oil with Halal certification from a recognised Islamic certification authority for all commercial grades. Kosher certification is available on request for pharmaceutical and food-grade material. Halal-certified castor oil is essential for cosmetics, personal care, and pharmaceutical buyers supplying Muslim-majority markets. Both certificates are issued per production lot and are provided alongside standard shipping documentation. For buyers requiring both RSPO-traceable and Halal-certified castor oil, please specify at the time of enquiry. Contact our certification team for documentation samples. **Q8: What is the current FOB India price for castor oil per metric tonne?** Castor oil prices are set in the Indian market (India is the world's dominant producer, accounting for over 80% of global supply) and are denominated in USD per metric tonne FOB Kandla or Mundra. Prices fluctuate seasonally based on Indian crop cycles and global demand. Bio Green Wax provides up-to-date FOB India pricing and can also quote CIF to your destination port. To receive a current market price, please contact our procurement team with your required grade, volume, and destination. Annual supply contracts and forward pricing agreements are available for buyers seeking price stability. **Q9: Is your castor oil non-GMO certified for use in natural product formulations?** Yes. Indian castor (Ricinus communis) is not commercially grown as a genetically modified crop, and all castor oil supplied by Bio Green Wax can be declared non-GMO (non-genetically modified organism). Non-GMO declarations and certificates are available on request for buyers in natural and organic product markets, where GMO-free sourcing is a label claim requirement. For buyers requiring formal Non-GMO Project verification or equivalent third-party certification, please discuss your specific programme requirements with our compliance team. We support natural and organic brand procurement with full supply chain documentation. **Q10: What is the acid value, iodine value, and saponification value of your castor oil?** Our pharmaceutical-grade castor oil has the following key analytical parameters: Acid Value below 1.0 mg KOH/g (food/pharma grade), Iodine Value 80–90 g I2/100g (reflecting the high proportion of unsaturated ricinoleic acid), and Saponification Value 175–185 mg KOH/g. These values conform to USP, BP, and EP monograph limits. Commercial-grade castor oil may have a slightly higher acid value (up to 2.0). Full analytical CoA with all parameters is provided with each shipment. Buyers should share their incoming specification limits so we can confirm conformance before dispatch. **Q11: Can you supply castor oil for pharmaceutical use — laxatives and capsule formulations?** Yes. Bio Green Wax supplies USP/BP-grade castor oil specifically for pharmaceutical applications including oral stimulant laxative preparations, pharmaceutical-grade capsule fill formulations, topical excipients, and injectable vehicle use. USP castor oil meets strict limits for colour, acid value, hydroxyl value, viscosity, iodine value, saponification value, and heavy metals. We supply with full pharmacopoeial CoA, GMP certificate, TSE/BSE-free declaration, Halal certificate, and country of origin documentation. Contact our pharmaceutical sector team for a full regulatory documentation package and supply quotation. **Q12: Is your castor oil suitable for polyurethane and lubricant industrial applications?** Yes. Castor oil's unique high hydroxyl value (155–177 mg KOH/g) makes it one of the most important natural feedstocks for polyurethane (PU) foam, elastomer, and coating production, where it reacts with isocyanates without the need for additional polyol synthesis. It is also an outstanding base stock for high-performance bio-based lubricants, greases, and metalworking fluids due to its natural lubricity, high flash point, and thermal stability. Bio Green Wax supplies industrial-grade castor oil for both PU and lubricant applications. Please share your hydroxyl value specification and volume when requesting a quotation. **Q13: What food safety and pharmaceutical certifications accompany your castor oil supply?** For pharmaceutical and food-adjacent applications, Bio Green Wax provides: Certificate of Analysis (USP/BP/EP conformance), GMP compliance statement, Halal certificate, Kosher certificate, TSE/BSE-free declaration, heavy metals test report, pesticide residue test report (on request), Certificate of Origin (India), and MSDS/SDS. For cosmetics applications, we also provide INCI declaration, EU Cosmetics Regulation compliance statement, and allergen-free declaration. For food-grade supply, a food safety certificate and supplier declaration of compliance are included. Contact us to receive a full documentation checklist for your regulatory market. **Q14: What is the shelf life and storage condition for bulk castor oil?** Castor oil has a shelf life of 12–24 months from the production date under proper storage conditions. It should be stored in clean, sealed, stainless steel or HDPE containers at 15–30°C, away from direct sunlight, heat, and oxidising agents. Unlike many vegetable oils, castor oil is relatively resistant to rancidity due to its low polyunsaturated fatty acid content, but prolonged exposure to air and elevated temperatures will increase acid value and cause viscosity changes. BHT or tocopherol antioxidant addition extends shelf life for long-term storage. Our SDS provides full storage, handling, and disposal guidance. **Q15: Can you supply hydrogenated castor oil (castor wax) alongside standard castor oil?** Yes. Bio Green Wax supplies both standard castor oil and hydrogenated castor oil (castor wax) — see our separate Hydrogenated Castor Oil product listing. Hydrogenated castor oil (12-hydroxystearic acid-rich) is produced by catalytic hydrogenation of castor oil, converting its liquid state into a hard, white wax with a melting point of 85–88°C. It is used in cosmetics, industrial lubricants, hot-melt adhesives, and coatings. Buyers requiring both castor oil and castor wax can consolidate their supply through Bio Green Wax for streamlined procurement and logistics. Contact our team for a combined quotation. **Q16: What are the packaging formats available — drums, flexi tanks, or ISO tanks?** Castor oil from Bio Green Wax is supplied in: 200-litre steel drums (approximately 185 kg net), 1,000-litre IBCs (approximately 925 kg net), flexitanks (16,000–18,000 kg per 20-ft container), and ISO tanks (18,000–20,000 kg). Drums are suitable for small-volume cosmetic and pharmaceutical buyers; flexitanks and ISO tanks offer the best per-unit cost for large industrial consumers. All packaging complies with IMO and IATA shipping regulations. For temperature-sensitive shipments in cold climates, heated containers or heated ISO tanks can be arranged. Please specify your packaging preference and unloading infrastructure when enquiring. **Q17: Is your castor oil tested for heavy metals and aflatoxins for regulatory compliance?** Yes. Bio Green Wax conducts or commissions testing for heavy metals (lead, arsenic, cadmium, mercury) and pesticide residues on our castor oil supply as standard for pharmaceutical-grade material, and on request for cosmetic and food-grade supply. Aflatoxin testing can also be arranged upon buyer request, particularly for buyers in regulated food or nutraceutical markets. Test reports from accredited third-party laboratories (NABL, SGS, Intertek) are provided alongside the CoA. Buyers with specific regulatory testing requirements (e.g., EU REACH, US FDA, UK HSE) should share their specification at the time of enquiry. **Q18: Do you supply dehydrated castor oil (DCO) for coating and ink applications?** Yes. Bio Green Wax supplies Dehydrated Castor Oil (DCO), produced by catalytic dehydration of castor oil to introduce additional unsaturation, making it a highly drying oil with excellent film-forming properties. DCO is used as a drying oil in alkyd resin production, printing inks, paints, varnishes, and corrosion-resistant coatings. It offers a bio-based alternative to tung oil in many drying oil applications. We supply DCO in drums and bulk format with full CoA and SDS documentation. Contact our industrial coatings sector team for a technical specification sheet and supply quotation. **Q19: What are your lead times for castor oil supply from India to European and Middle Eastern markets?** Castor oil is primarily produced and exported from India (Gujarat region). Typical lead times from India are: 3–5 weeks to European ports (Rotterdam, Hamburg, Felixstowe), 2–3 weeks to UAE and GCC ports (Jebel Ali, Dammam), 2–3 weeks to East African ports, and 3–4 weeks to US East Coast ports. Production and packing lead times add approximately 1–2 weeks for non-stocked material. For repeat buyers and long-term contract customers, we can pre-allocate inventory to reduce lead times. Please share your required delivery window when enquiring so our logistics team can provide a confirmed schedule. **Q20: Can you supply sebacic acid grade castor oil for industrial chemical applications?** Yes. Bio Green Wax can supply high-ricinoleic acid castor oil specifically graded for sebacic acid production — a key industrial chemical used in nylon 6,10 polyamide, plasticisers, lubricants, and corrosion inhibitors. Sebacic acid-grade castor oil requires a minimum ricinoleic acid content of 88%+ and tight limits on impurities to maximise yield during alkali fusion processing. We work with Indian castor oil processors with established sebacic acid production experience and can source to buyer specification. Contact our industrial chemicals procurement team for grade specification and current FOB India pricing. **Q21: Do you provide full batch traceability and Certificate of Analysis with each castor oil shipment?** Yes. Bio Green Wax provides full batch-level traceability and a Certificate of Analysis with every castor oil shipment. The CoA is generated from accredited laboratory testing of the specific production lot and covers all parameters relevant to the declared grade (acid value, iodine value, hydroxyl value, saponification value, viscosity, moisture, colour, and heavy metals for pharma grade). Batch reference samples are retained for 12 months post-shipment. For pharmaceutical buyers, we can also provide batch manufacturing records and supplier audit documentation on request. Traceability documentation supports your incoming QC and regulatory compliance obligations. **Q22: Does Bio Green Wax supply Castor Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Castor Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Castor Oil. --- #### Palm Kernel Stearin - **Product Page**: https://biogreenwax.com/products/palm-kernel-stearin - **Applications**: Cocoa butter substitutes (CBS) & compound chocolate, Confectionery coatings & fillings, Specialty fats & non-dairy creamer, Soap noodles & laundry bar production, Fatty acid & fatty alcohol manufacturing, Cosmetics & personal care formulations, Candle making & wax blends, Surfactant & detergent production Palm Kernel Stearin, the solid fraction of palm kernel oil (Elaeis guineensis), is obtained through fractionation. With high saturation and lauric acid content, it is used in confectionery fats, bakery shortenings, and industrial soaps. Interesting fact: palm kernel stearin’s sharp melting profile makes it ideal for blending with other fats to achieve specific textures in bakery and confectionery products. **Frequently Asked Questions about Palm Kernel Stearin** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-kernel-stearin/faq **Q1: What is ''Palm Kernel Stearin'' and how is it produced?** Palm kernel stearin (PKS) is the solid fraction obtained from the fractionation of palm kernel oil (PKO), which is extracted from the kernel (seed) of the oil palm fruit, Elaeis guineensis. Palm kernel oil is distinct from palm oil — while palm oil comes from the fleshy mesocarp of the palm fruit, palm kernel oil is extracted from the inner kernel or seed. Fractionation is the process of separating an oil or fat into its component fractions based on differences in melting point and crystallisation behaviour. When palm kernel oil is cooled under controlled conditions, the higher-melting-point triglycerides crystallise first and can be separated by filtration or centrifugation, yielding palm kernel stearin (the solid fraction) and palm kernel olein (the liquid fraction). Palm kernel stearin has a melting point typically in the range of 30-35 degrees Celsius and is characterised by a high lauric acid content (approximately 46-52%), making it chemically similar to coconut oil but with a sharper melting profile. The fatty acid composition includes lauric acid (C12:0, approximately 48%), myristic acid (C14:0, approximately 17%), palmitic acid (C16:0, approximately 9%), oleic acid (C18:1, approximately 12%), and caprylic/capric acids (approximately 8%). This composition gives PKS a firm, brittle texture at room temperature with a clean, rapid melt — making it particularly valuable in confectionery applications. The primary food application of palm kernel stearin is in confectionery coatings, chocolate alternatives (compound chocolate), and cocoa butter equivalents (CBEs). Its sharp melting profile delivers the desired snap, gloss, and melt-in-the-mouth sensation in confectionery products without the cost of cocoa butter. PKS is also used in ice cream coatings, filled wafer products, and as a hard fat in margarine and spread formulations. In the oleochemical industry, palm kernel stearin is a feedstock for the production of fatty acids, fatty alcohols, and their derivatives — used in soaps, detergents, surfactants, personal care products, and industrial chemicals. The major producers of palm kernel stearin are located in Malaysia and Indonesia, where integrated palm kernel crushing and fractionation facilities process the kernels from oil palm fruit. The product is typically supplied in the form of blocks, flakes, or in bulk liquid (heated) form. Food-grade palm kernel stearin is available in both conventional and RSPO-certified sustainable forms. Modern fractionation technology allows precise separation to achieve specific melting point ranges and fatty acid compositions tailored to individual customer requirements. Historically, palm kernel products have been traded internationally since the 19th century, initially exported from West Africa to European soap and margarine manufacturers. The development of modern fractionation technology in the 1960s and 1970s enabled the production of precisely specified fractions like palm kernel stearin, opening up new applications in confectionery and specialty fat markets. Beyond confectionery, palm kernel stearin is used in the cosmetics industry as a structuring agent in lipsticks, creams, and other solid formulations. In the pharmaceutical industry, it serves as an excipient in suppository bases and controlled-release drug delivery systems. Industrial applications include candle making (where PKS is blended with other waxes), soap manufacturing, and as a feedstock for oleochemical derivatives. Interesting facts include: palm kernel stearin is one of the few plant-based fats that can closely replicate the melting behaviour of cocoa butter; the lauric acid content gives it natural antimicrobial properties; and the global confectionery industry is the largest consumer of palm kernel stearin, with demand driven by the growth of compound chocolate and confectionery coating markets in developing countries. **Q2: What is the slip melting point and iodine value of your palm kernel stearin?** Palm kernel stearin (PKS) from Bio Green Wax Ltd has a slip melting point of approximately 28–32°C (the exact value depends on fractionation depth and grade) and an iodine value of 1–7 g I₂/100g — one of the lowest of all commercially significant vegetable fats. This near-zero iodine value reflects the very high saturation of PKS and is the key property that gives it its sharp, clean melting curve — critical for cocoa butter substitute (CBS), confectionery fat, and soap applications. **Q3: What is the minimum order quantity for bulk palm kernel stearin?** Minimum order for palm kernel stearin is one full container load, approximately 16–20 MT in 25 kg cartons or supersacks, or equivalent volume in drums. Smaller pallet quantities may be accommodated for existing customers with specific requirements. Contact Bio Green Wax Ltd at sales@biogreenwax.com or +44 20 7101 3847 to discuss your volume requirement, preferred packaging, and delivery destination for a current quotation. **Q4: Is your palm kernel stearin RSPO SG or MB certified?** Yes. RSPO Segregated (SG) and Mass Balance (MB) certified palm kernel stearin is available from Bio Green Wax Ltd. RSPO Supply Chain Certificates are provided with every certified shipment. ISCC certified grades are also available for manufacturers with biobased or sustainability reporting obligations. EUDR compliant supply with full plantation-level traceability is available for EU-importing buyers — contact us for the complete compliance documentation package. **Q5: What applications is palm kernel stearin best suited for — CBS, soap, or speciality fats?** Palm kernel stearin is a high-value ingredient across several B2B applications. In confectionery: it is the primary feedstock for CBS and confectionery coating fat production, where its high lauric acid content, very low iodine value, and sharp melting curve deliver excellent snap, gloss, and mouthfeel. In soap: its high saponification value and lauric/myristic acid content contribute hardness and lather quality. In specialty fats: it is used in bakery shortenings, non-dairy creamers, and ice cream coatings. Contact Bio Green Wax Ltd to discuss specifications for your specific application. **Q6: What is the lauric acid and myristic acid content in your palm kernel stearin?** Palm kernel stearin contains approximately 50–55% lauric acid (C12:0) and 14–18% myristic acid (C14:0) — the two dominant medium-chain saturated fatty acids that define its functionality. Together these account for 65–73% of the total fatty acid composition, making PKS one of the most lauric-rich natural solid fats available. This fatty acid profile delivers the sharp melting curve, good crystallisation speed, and clean mouthfeel that make PKS the preferred base for CBS and confectionery coating fat production. **Q7: Can you supply palm kernel stearin as a cocoa butter substitute (CBS) base material?** Yes. Palm kernel stearin is one of the primary raw materials for CBS production through selective hydrogenation and fractionation to specific melting point targets. The resulting CBS delivers rapid crystallisation, excellent gloss and snap, clean mouthfeel at body temperature, and the coating stability needed for compound chocolate and confectionery coating applications at a significantly lower cost than natural cocoa butter. Bio Green Wax Ltd supplies PKS for in-house CBS production with technical specifications matched to your required CBS output parameters — contact our sales team to discuss. **Q8: What is the current CIF/FOB price for palm kernel stearin per metric tonne?** Palm kernel stearin pricing is linked to global palm kernel oil commodity markets. Contact Bio Green Wax Ltd's trading team at sales@biogreenwax.com for current FOB Malaysia/Indonesia or CIF-to-destination pricing based on your volume, grade, and delivery schedule. Forward pricing contracts are available for regular volume buyers requiring supply and price certainty. **Q9: What is the FFA content and moisture level in your palm kernel stearin?** Our palm kernel stearin meets standard quality specifications: FFA content ≤0.1% (expressed as lauric acid) and moisture and volatile matter ≤0.1%. These parameters are critical for downstream processing quality in CBS, confectionery fat, and soap applications. Batch-specific values are confirmed in the Certificate of Analysis provided with every shipment from Bio Green Wax Ltd — an essential document for your incoming goods quality control and HACCP records. **Q10: Do you supply palm kernel stearin in solid slab, prilled, or flaked form?** Bio Green Wax Ltd supplies palm kernel stearin in three physical forms: prilled (pastille) form in 25 kg bags — the most widely preferred format for industrial users requiring accurate dosing and fast melting; slab form in 25 kg cartons — for customers who prefer manual processing; and flaked form for some specific grades and applications. Prilled form is recommended for most B2B confectionery and soap applications as it enables accurate batch weighing and reduces melt time. **Q11: Can you provide Halal certification and a Certificate of Analysis for palm kernel stearin?** Yes. Halal certification from internationally recognised Islamic certification bodies and a full Certificate of Analysis are provided as standard with all palm kernel stearin shipments from Bio Green Wax Ltd. The CoA confirms FFA, moisture, iodine value, slip melting point, colour, and other batch-specific quality parameters. A complete documentation package including Certificate of Origin, Packing List, and RSPO certificate (for certified supply) is prepared for each shipment. **Q12: Is your palm kernel stearin suitable for compound chocolate and confectionery coatings?** Yes. Palm kernel stearin is widely used in compound chocolate and confectionery coating formulations — either directly or as the primary feedstock for CBS production. Its high lauric acid content produces the sharp, clean melt at body temperature that is essential for good mouthfeel, the rapid crystallisation needed for efficient enrobing lines, and the gloss and snap required in premium compound chocolate applications. Bio Green Wax Ltd can supply food-grade PKS with CBS-appropriate specifications and full food safety documentation. **Q13: What is the saponification value of your palm kernel stearin for soap production?** Palm kernel stearin has a saponification value of approximately 246–260 mg KOH/g — among the highest of all vegetable fats. This high value means PKS reacts efficiently with sodium hydroxide during soap making, producing hard, well-structured soap bars with excellent lather quality and cleansing performance. Palm kernel stearin contributes more value per kg to soap production than palm oil stearin, making it a preferred co-ingredient for premium and medicated soap formulations. **Q14: Do you supply palm kernel stearin for cosmetics and personal care applications?** Yes. Palm kernel stearin is used in solid cosmetic formulations including moisturising bars, solid conditioner bars, balms, and hair treatments, where its high saturation level provides a firm, stable product at room temperature that melts cleanly on skin contact due to its relatively low melting point. INCI compliance documentation and EU Cosmetics Regulation (EC 1223/2009) compliance statements are provided for cosmetic-grade supply. Contact us with your cosmetic application requirements. **Q15: What are the packaging options — bags, cartons, or bulk supersacks?** Palm kernel stearin is available from Bio Green Wax Ltd in 25 kg bags (prilled form, standard), 25 kg cartons (slab form), and 500–1,000 kg bulk supersacks for high-volume industrial buyers. The 25 kg bag format is most widely used for confectionery, soap, and oleochemical applications. Supersacks are suitable for very large-volume buyers with appropriate handling equipment. Specify your preferred packaging and confirm your handling infrastructure when placing your order. **Q16: What food safety standards does your palm kernel stearin comply with?** Our palm kernel stearin is sourced from ISO 22000 or HACCP-certified refineries and complies with EU food safety regulations, UK FSA requirements, and Codex Alimentarius standards for fats and oils. Halal and Kosher certification is available. RSPO certification supports sustainability compliance. For India market imports, FSSAI-compatible documentation is provided. Full compliance documentation packages are prepared for each shipment destination — contact us to confirm the standards applicable to your market. **Q17: What is the shelf life and storage requirement for palm kernel stearin?** Palm kernel stearin in solid form has a shelf life of 24 months from production date in sealed packaging stored at ambient temperature (15–30°C) away from direct sunlight, heat sources above 35°C, and moisture. The product is stable at room temperature in solid form and does not require refrigeration or heated storage. Bio Green Wax Ltd confirms production dates on all documentation — important for your FIFO stock rotation and shelf life management. **Q18: Can you supply palm kernel stearin to PORAM or FOSFA quality specifications?** Yes. Bio Green Wax Ltd supplies palm kernel stearin to PORAM (Palm Oil Refiners Association of Malaysia) and FOSFA International quality specifications — the internationally recognised benchmarks accepted by buyers worldwide in the confectionery fat and oleochemical industries. CoA parameters are verified against PORAM or FOSFA standards before each shipment and confirmed in the documentation provided to buyers. These internationally recognised specifications facilitate trade and reduce the need for arrival testing in many destination markets. **Q19: What are the lead times for palm kernel stearin delivery to European customers?** Lead times from Malaysian or Indonesian origins to European ports are typically 4–6 weeks for CIF deliveries. Bio Green Wax Ltd confirms specific lead times at order placement based on vessel schedule and stock availability. Contact us at +44 20 7101 3847 or sales@biogreenwax.com for a current shipment schedule and delivery timeline estimate for your destination. **Q20: Is your palm kernel stearin fractionated from certified sustainable sources?** Yes. Our palm kernel stearin is produced through fractionation of RBD palm kernel oil sourced from RSPO-certified sustainable palm kernel crushing operations with full supply chain traceability. RSPO Supply Chain Certificates accompany every certified shipment. ISCC certified supply is available for manufacturers with biobased sustainability reporting requirements. EUDR compliant supply is available for EU imports. Bio Green Wax Ltd treats supply chain sustainability as a core procurement requirement — contact us for full certification documentation. **Q21: Do you offer any blending or customisation of palm kernel stearin to buyer specifications?** Yes. Bio Green Wax Ltd can supply palm kernel stearin blended or customised to specific melting point, iodine value, or fatty acid profile specifications for buyers with defined technical requirements. Typical customisation requests include specific slip melting point targets for CBS production (achieved by blending PKS with PKO fractions) and specific FFA maximums for sensitive oleochemical applications. Custom blend minimum quantities apply. Contact our technical and sales team at sales@biogreenwax.com with your target specification for a feasibility assessment and quotation. **Q22: Does Bio Green Wax supply Palm Kernel Stearin internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Kernel Stearin, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Kernel Stearin. --- #### Palm Kernel Oil - **Product Page**: https://biogreenwax.com/products/palm-kernel-oil - **Applications**: Confectionery fats & coatings, Non-dairy creamers & filled milk, Ice cream & frozen desserts, Soap & detergent manufacturing, Cosmetics & personal care, Oleochemical production, Cocoa butter substitutes Palm Kernel Oil, derived from the seed of the oil palm fruit (Elaeis guineensis), is extracted by pressing and refining the kernel. It is highly saturated, rich in lauric acid and medium‑chain triglycerides, giving it firmness and stability. Covering ~3–4% of the edible oils market, it is widely used in confectionery, baked goods, margarine, and industrial products like soaps, detergents, and surfactants. Palm kernel oil was first commercialized in West Africa and Southeast Asia in the 19th century. Interesting fact: palm kernel oil’s sharp melting profile makes it a cost‑effective substitute for cocoa butter in chocolate production. **Frequently Asked Questions about Palm Kernel Oil** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-kernel-oil/faq **Q1: What is the lauric acid content percentage in your refined palm kernel oil?** Refined (RBD) palm kernel oil from Bio Green Wax Ltd contains 45–53% lauric acid (C12:0) — making it one of the richest plant-based sources of this medium-chain saturated fatty acid. This high lauric acid content is the key technical driver of its exceptional performance in soap manufacturing (producing lather, cleansing, and hardness), confectionery fat formulation (CBS, non-dairy creamers, and specialty fats), oleochemical production (lauric acid, capric acid, fatty alcohols), and personal care applications. The exact batch value is confirmed in the Certificate of Analysis provided with every shipment. **Q2: What is the minimum order quantity for bulk palm kernel oil in drums or IBCs?** Minimum order for bulk RBD palm kernel oil is one full container load — approximately 16–20 MT in 200-litre food-grade drums, or 20–24 MT in ISO tank or flexitank. IBC (1,000-litre) supply is available for buyers without bulk liquid storage infrastructure. Contact Bio Green Wax Ltd at sales@biogreenwax.com or +44 20 7101 3847 to confirm current MOQs, packaging options, and pricing for your delivery destination and required grade. **Q3: Do you supply crude or refined bleached deodorized (RBD) palm kernel oil?** Bio Green Wax Ltd supplies both crude palm kernel oil (CPKO) for buyers with in-house refining capacity, and the more widely used RBD (Refined, Bleached, Deodorised) palm kernel oil — the standard commercial grade for food, cosmetic, and industrial applications. RBD PKO meets international food safety standards with FFA ≤0.1%, moisture ≤0.1%, and a clean, neutral odour. Specify your required grade and application when enquiring — we will confirm the most appropriate specification and documentation package. **Q4: Is your palm kernel oil RSPO certified — SG or MB grade?** Yes. Bio Green Wax Ltd supplies RSPO Segregated (SG) and Mass Balance (MB) certified RBD palm kernel oil, providing full traceability to RSPO-certified sustainable palm kernel processing facilities. RSPO Supply Chain Certificates (SCC) are provided with every certified shipment. ISCC certified grades (ISCC EU and ISCC Plus) are also available for biofuel, biobased materials, and sustainability-reporting applications. EUDR-compliant supply with full plantation-level traceability is available for EU market imports — contact us for the complete compliance documentation package. **Q5: What is the melting point and iodine value of your palm kernel oil?** RBD palm kernel oil has a melting point of approximately 25–30°C — solid at temperate room temperature but liquid above 30°C — and an iodine value of 14–21 g I₂/100g (AOCS Cd 1-25), reflecting its very high saturated fatty acid content. These properties give PKO its distinctive behaviour as a solid fat at ambient temperature that melts sharply and cleanly — a key functional requirement in confectionery coatings, CBS production, and soap applications. Batch-specific values are confirmed in the CoA. **Q6: Can you supply palm kernel oil suitable for soap noodle and oleochemical manufacturing?** Yes. RBD palm kernel oil is one of the two primary feedstocks for soap noodle production (alongside palm oil/stearin), contributing lauric acid's exceptional lather, cleansing performance, and hardness to finished soap bars. For oleochemical manufacturers, PKO is split via hydrolysis to produce lauric acid, capric acid, caprylic acid, and glycerine — the building blocks of surfactants, personal care ingredients, and pharmaceutical excipients. Bio Green Wax Ltd can supply soap-grade and oleochemical-grade PKO with appropriate quality and certification documentation. Contact us to discuss your specific technical requirements. **Q7: What is the current CIF/FOB pricing for palm kernel oil per metric tonne?** Palm kernel oil pricing is market-linked and changes daily with global commodity market conditions (Malaysian MPOB reference prices, currency rates, and freight costs). Bio Green Wax Ltd offers competitive pricing with volume discounts for regular procurement. Contact our trading team at sales@biogreenwax.com for current FOB Malaysia/Indonesia or CIF-to-your-destination pricing based on your volume, grade, and delivery schedule. Forward pricing contracts are also available for volume buyers requiring price certainty. **Q8: Is your palm kernel oil suitable for confectionery fat and cocoa butter substitute production?** Yes. RBD palm kernel oil and its fractions are the primary raw material for CBS (Cocoa Butter Substitute) and confectionery coating fat production. The high lauric acid content delivers the sharp melting curve — melting near body temperature — that is critical for good mouthfeel and snap in compound chocolate and confectionery coatings. Bio Green Wax Ltd also supplies processed PKO fractions — palm kernel olein and palm kernel stearin — optimised for specific CBS melting point requirements. Contact our sales team with your CBS application specification. **Q9: Can you supply palm kernel oil for non-dairy creamer and specialty fat applications?** Yes. RBD palm kernel oil and palm kernel olein are key ingredients in non-dairy creamer formulations, filled milk products, and ice cream coating fats. The high lauric acid content provides the solubility and rapid crystallisation behaviour needed for creamer whitening effect and smooth mouthfeel. Bio Green Wax Ltd supplies food-grade PKO with full HACCP, Halal, and RSPO documentation supporting these specialised food applications. Contact us with your creamer or specialty fat application requirements. **Q10: What is the FFA content, moisture, and impurity (M&I) level in your palm kernel oil?** Our RBD palm kernel oil meets standard MPOB/PORAM quality specifications: FFA content ≤0.1% (as lauric acid), moisture and volatile matter ≤0.1%, and impurities ≤0.1%. These parameters ensure product quality and stability for food manufacturing and oleochemical applications. Batch-specific values are confirmed in the Certificate of Analysis provided with every shipment — a critical document for your HACCP records and incoming goods quality control. **Q11: Do you provide Halal certification for palm kernel oil for food and cosmetics use?** Yes. Halal certification from internationally recognised Islamic certification bodies is provided as standard with every palm kernel oil shipment from Bio Green Wax Ltd. This certification is required by food manufacturers, soap producers, and cosmetics companies supplying to Muslim consumer markets in the Middle East, Southeast Asia, Africa, and globally. Kosher certification can be arranged on request. Contact us when placing your enquiry to confirm the specific Halal certification body required for your destination market. **Q12: What packaging formats are available — ISO tanks, flexitanks, drums, or IBCs?** Bio Green Wax Ltd supplies palm kernel oil in four formats depending on your volume and infrastructure: ISO tanks (20,000–25,000 litres, most economical for large volumes); food-grade flexitanks (16,000–24,000 litres); 1,000-litre food-grade IBCs; and 200-litre drums. PKO is liquid above approximately 30°C — buyers receiving in solid form should have heating capability at the discharge point. Confirm your receiving infrastructure (heated storage, pump systems) when placing your order so we can advise on the most appropriate supply format. **Q13: What are the lead times for palm kernel oil supply to European and Asian customers?** Lead times from Malaysian or Indonesian origins to European ports are typically 4–6 weeks for CIF deliveries. For Asian buyers within the region, 2–3 weeks. Lead times include production, quality testing, documentation preparation, and ocean transit time. Bio Green Wax Ltd confirms specific lead times at order placement based on vessel schedules and stock availability. Contact us at +44 20 7101 3847 for a current shipment schedule estimate for your destination port. **Q14: Do you offer fractionated palm kernel oil products alongside whole PKO?** Yes. Bio Green Wax Ltd supplies the full range of palm kernel fractions: RBD PKO (whole), palm kernel olein (liquid fraction), and palm kernel stearin (solid fraction). Fractionation separates PKO into components with distinct melting points and fatty acid profiles — allowing buyers to precisely match the fat specification for their confectionery, specialty fat, or oleochemical application. All fractions are available with RSPO certification and full food safety documentation. Contact us for the full product specification range. **Q15: What documentation do you provide for palm kernel oil import compliance?** Bio Green Wax Ltd prepares a comprehensive documentation package for every PKO shipment: Certificate of Analysis; Certificate of Origin; Halal Certificate; Phytosanitary Certificate (where required by destination); Bill of Lading; Packing List; RSPO or ISCC Supply Chain Certificate (for certified supply); and EUDR due diligence statement (for EU imports). For India imports, FSSAI-compatible documentation is prepared. Documents are prepared in accordance with destination country import requirements and provided promptly to support customs clearance. **Q16: Is your palm kernel oil tested for aflatoxins and meets EU/UK food safety standards?** Yes. Food-grade RBD palm kernel oil from Bio Green Wax Ltd is tested for aflatoxins (B1, B2, G1, G2) in accordance with EU maximum residue level (MRL) regulations and UK FSA requirements. Heavy metals testing (lead, arsenic, cadmium, mercury) is performed for EU and UK food market supply. Test reports from accredited third-party laboratories (ISO 17025 certified) are provided with each food-grade shipment to support your food safety management system and retail customer technical audits. **Q17: Can you supply ISCC certified palm kernel oil for biobased product manufacturers?** Yes. ISCC certified palm kernel oil — under ISCC EU (for RED II biofuel compliance) and ISCC Plus (for biobased materials and circular economy supply chains) — is available from Bio Green Wax Ltd. GHG (greenhouse gas) savings calculations meeting RED II Article 31 requirements are provided for biofuel feedstock supply. ISCC Plus documentation supports biobased product claims under EN 16785 and corporate carbon accounting frameworks. Contact us to specify your required ISCC scheme and we will confirm availability and certification documentation. **Q18: What is the saponification value of your palm kernel oil for soap manufacturers?** RBD palm kernel oil has a saponification value of approximately 243–255 mg KOH/g — among the highest of all commercially significant vegetable oils. This high saponification value means PKO reacts with sodium hydroxide very efficiently during soap manufacturing, producing high TFM (Total Fatty Matter) soap with less alkali waste. For soap noodle producers, this translates to a higher-quality soap base with better lather, harder bar, and more efficient production yields compared to palm oil-only formulations. **Q19: Do you supply palm kernel oil meeting BS EN or AOCS quality standards?** Yes. Our RBD palm kernel oil is supplied to AOCS (American Oil Chemists' Society) standard quality specifications and can be tested against specific BS EN standards upon request. CoA parameters including FFA, moisture, iodine value, saponification value, peroxide value, and colour are verified against internationally recognised quality benchmarks before each shipment. Copies of AOCS test methods used are available to support your quality system documentation. **Q20: What is the shelf life and recommended storage condition for bulk palm kernel oil?** RBD palm kernel oil has a shelf life of 24 months from production date in sealed containers stored correctly. Recommended storage: maintain above 30°C in heated tanks or heated storage areas for liquid handling; or store as solid (below melting point) in sealed containers at ambient temperature (15–35°C) away from direct sunlight, moisture, and contamination. The oil's stability at solid-state storage is good — Bio Green Wax Ltd confirms production dates on all documentation and CoAs, supporting your FIFO stock management. **Q21: Does Bio Green Wax supply Palm Kernel Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Kernel Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Kernel Oil. --- #### Glycerine - **Product Page**: https://biogreenwax.com/products/glycerine - **Applications**: Cosmetics & skincare, Pharmaceutical formulations, Food & beverage, Soap & personal care, Industrial chemicals, Tobacco humectant, Polyurethane production, Wound care products Glycerine (glycerol, C₃H₈O₃) is a colorless, odorless, viscous liquid with a sweet taste, naturally derived as a by‑product of soap manufacturing, biodiesel production, and fat splitting. It is one of the most versatile chemicals in commerce, used across pharmaceuticals, cosmetics, food, and industrial applications. In skincare, glycerine acts as a powerful humectant, drawing moisture to the skin. In food, it serves as a sweetener, solvent, and preservative. Pharmaceutical‑grade glycerine is used in cough syrups, suppositories, and wound care. Industrially, it is a feedstock for producing nitroglycerin, alkyd resins, and polyurethanes. Glycerine can be plant‑based (from palm, coconut, or soy oils) or synthetic (from petrochemical sources). Interesting fact: glycerine was accidentally discovered in 1779 by Swedish chemist Carl Wilhelm Scheele while heating olive oil with lead oxide, and it remains one of the most widely used chemicals in personal care products worldwide. **Frequently Asked Questions about Glycerine** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/glycerine/faq **Q1: What purity grade of glycerine do you supply — 99.5%, 99.7%, or 99.9% USP?** Bio Green Wax supplies refined glycerine in 99.5% (technical/commercial grade), 99.7% (pharmaceutical-grade USP/BP), and 99.9% (anhydrous/high-purity cosmetic grade) concentrations. The appropriate grade depends on your end application: 99.5% suits industrial and technical uses; 99.7% USP/BP is required for pharmaceutical, cosmetic, and food applications; and 99.9% anhydrous is specified for sensitive pharmaceutical formulations. A Certificate of Analysis confirming purity, ash, water content, and heavy metals is provided with every batch. Contact us to confirm the grade that meets your incoming QC specification. **Q2: What is the minimum order quantity for bulk glycerine in IBCs or flexi tanks?** Our minimum order quantity for refined glycerine is 1,000 kg (1 MT) in IBC containers (1,000 L IBCs) and 20–22 MT for flexitank shipments. For pharmaceutical or speciality cosmetic buyers requiring smaller quantities, we can supply 200-litre drums from 500 kg upward. Full container loads in flexitanks offer the most competitive pricing per tonne. For annual volume buyers, we offer long-term supply contracts with price locking and scheduled monthly or quarterly deliveries. Please contact our B2B sales team with your volume requirement and destination. **Q3: Is your glycerine derived from vegetable oils or synthetic sources?** Bio Green Wax supplies vegetable-derived refined glycerine, a co-product of palm oil and palm kernel oil fatty acid production and soap manufacturing. Our glycerine is non-synthetic and non-petroleum derived, making it suitable for use in natural, organic, and Halal/Kosher certified product formulations. Origin can be declared as palm-derived (Malaysia or Indonesia) upon request. For buyers requiring rapeseed or non-palm vegetable origin, please enquire about availability. Full traceability documentation and TSE/BSE-free declarations are provided for all our glycerine supply. **Q4: Do you supply pharmaceutical grade (USP/BP/EP) glycerine for medicine and cosmetics?** Yes. Bio Green Wax supplies pharmaceutical-grade glycerine conforming to USP (NF), BP, and EP monograph specifications. Testing covers purity (min. 99.5%), water content, ash content, chlorinated compounds, heavy metals, arsenic, lead, and acrolein, all within pharmacopoeial limits. Pharmaceutical-grade glycerine from Bio Green Wax is used in oral medicines, topical formulations, suppositories, capsule coating, and as a cosmetic humectant. We provide full Excipient Information Package (EIP) documentation including GMP compliance, Halal/Kosher certificates, and origin declaration. Contact our pharma supply team for a quotation. **Q5: What is the ash content, chloride content, and heavy metals level in your glycerine?** Our refined glycerine (99.7% USP grade) meets the following key quality parameters: ash content less than 0.005%, chloride content below 10 ppm, sulphate below 20 ppm, arsenic below 1.5 ppm, and heavy metals (as lead) below 5 ppm — all within USP and EP pharmacopoeial limits. These values are confirmed by accredited third-party laboratory analysis on every production batch. Full CoA with all critical quality parameters is provided with each shipment. Buyers with specific incoming quality specifications should share these at the time of enquiry for pre-supply confirmation. **Q6: What is the current CIF/FOB price for refined glycerine per metric tonne?** Glycerine prices are closely linked to biodiesel and oleochemical production volumes and fluctuate with vegetable oil markets. Bio Green Wax provides weekly updated FOB and CIF pricing for refined glycerine to all major global ports. To receive a current market price, please contact our B2B sales team with your destination port, required purity grade, and order volume. Volume contracts, regular shipment schedules, and annual framework agreements attract preferential pricing. We also offer forward pricing for buyers seeking price certainty over 3–12 month supply periods. **Q7: Do you supply glycerine with Halal and Kosher certification?** Yes. All refined glycerine supplied by Bio Green Wax is available with Halal certification from a recognised Islamic certification authority, confirming vegetable origin and Shariah-compliant processing. Kosher certification is also available for buyers supplying Jewish dietary law-compliant products. Halal and Kosher certificates are issued per production lot and accompany all shipping documentation. These certifications are essential for cosmetics, food, pharmaceutical, and nutraceutical manufacturers targeting Muslim and Jewish consumer markets globally. Please specify your certification requirement at the time of enquiry. **Q8: Is your glycerine suitable for use in toothpaste, skincare, and pharmaceutical syrups?** Yes. Pharmaceutical and cosmetic-grade glycerine from Bio Green Wax is widely used across these applications. In toothpaste, glycerine serves as a humectant and texture agent. In skincare, it functions as a powerful humectant that attracts and retains moisture. In oral pharmaceutical syrups, it improves palatability and acts as a co-solvent. All these applications require 99.5%+ purity glycerine with USP/BP compliance. Bio Green Wax supplies documented, certified glycerine with full product dossiers to support EU, UK, US, and GCC regulatory submissions. Contact our personal care and pharma team for application-specific guidance. **Q9: Can you supply crude glycerine (80–85%) for biodiesel co-product buyers?** Yes. Bio Green Wax supplies crude glycerine (typically 80–85% glycerol content) generated as a co-product of biodiesel production and soap manufacturing, suitable for buyers who operate their own glycerine purification or refining operations. Crude glycerine contains water, soap, methanol residues, and salt, and requires further processing before use in food, pharma, or cosmetics applications. However, it is suitable as a feedstock for glycerine refiners, fermentation (animal feed or biogas), and some industrial applications. Contact us for current availability and FOB pricing for crude glycerine from certified biodiesel producers. **Q10: What documentation do you provide for glycerine import into the EU and USA?** For EU imports, Bio Green Wax provides: CoA conforming to EP/USP specifications, MSDS/SDS, Certificate of Origin, Halal/Kosher certificate, TSE/BSE-free declaration, and REACH compliance statement. For US FDA compliance, we provide documentation supporting GRAS status, USP-NF monograph conformance, and food/pharmaceutical contact compliance. For both markets, we can provide supplier qualification questionnaires and audit support documentation upon request. Our trade documentation team is experienced in handling glycerine import requirements for EU, USA, GCC, India, and UK markets. Contact us for a complete document checklist. **Q11: Is your refined glycerine food grade (E422) and suitable for food manufacturing?** Yes. Bio Green Wax supplies food-grade refined glycerine conforming to EU food additive specification E422 (Glycerol) and FAO/WHO JECFA standards. Food-grade glycerine is used in food manufacturing as a humectant, solvent, sweetener, and texturiser in products including confectionery, baked goods, beverages, and processed foods. Our food-grade glycerine meets EU Regulation (EC) No 1333/2008 purity criteria and is Halal certified. Full food safety documentation including CoA, CoO, and food safety certificate is provided with each shipment. Contact our food ingredients team for a competitive supply quotation. **Q12: What packaging formats are available — IBCs, drums, or bulk tankers?** Refined glycerine from Bio Green Wax is available in: 1,000-litre IBCs (approximately 1,260 kg net), 200-litre drums (approximately 252 kg net), flexitanks (16,000–22,000 kg per 20-ft container), and ISO tanks (20,000–24,000 kg per tank) for bulk shipments. IBCs are the preferred format for mid-volume buyers such as cosmetics manufacturers and pharmaceutical compounders. Flexitanks and ISO tanks offer the best value for high-volume buyers including personal care manufacturers and food processors. Road tanker delivery is available within select regions. Please share your required volume and unloading infrastructure when enquiring. **Q13: What is the shelf life of refined glycerine and what storage conditions are required?** Refined glycerine has a shelf life of 24 months from the date of manufacture when stored under proper conditions. It should be kept in sealed, clean, stainless steel or HDPE containers at ambient temperature (15–30°C), away from direct sunlight, heat sources, and reactive chemicals. Glycerine is hygroscopic and will absorb moisture from the atmosphere, so containers should remain sealed until use. It is also miscible with water and alcohols, so contamination prevention is important in pharmaceutical and food settings. Our SDS provides full handling, storage, and emergency response guidance. **Q14: Do you supply glycerine for tobacco processing and humectant applications?** Yes. Glycerine is a critical humectant in tobacco processing, where it is used to maintain moisture, pliability, and freshness in cut tobacco and reconstituted tobacco leaf. Bio Green Wax supplies technical and food-grade glycerine suitable for tobacco humectant applications, meeting the quality requirements of major tobacco processors in Europe, Asia, and the Americas. Our glycerine is available in bulk tanker, flexitank, or IBC format to suit tobacco factory receiving infrastructure. Contact our industrial sales team for pricing and availability tailored to tobacco sector requirements. **Q15: Is your glycerine palm-derived or from rapeseed/tallow sources?** Bio Green Wax specialises in palm-derived refined glycerine, sourced from palm oil and palm kernel oil processing in Malaysia and Indonesia. For buyers requiring non-palm alternatives, we can facilitate supply of rapeseed-derived glycerine (from European biodiesel production) on request, subject to availability. Tallow-derived glycerine is not part of our standard supply range. Palm-derived glycerine is fully vegetable-origin, Halal-compliant, and traceable through RSPO or ISCC-certified supply chains. Origin declaration is provided on all shipping documentation. Please specify your origin preference when enquiring. **Q16: Can you supply glycerine for use in e-cigarette and vaping liquid formulations?** Yes. Pharmaceutical or high-purity (99.5%+) vegetable glycerine is widely used as the base carrier in e-cigarette (vaping) liquids, where it produces the visible vapour cloud when heated. Bio Green Wax supplies USP/EP-grade vegetable glycerine suitable for vaping liquid formulation, with full purity certification, CoA, and origin documentation. Buyers in this sector typically require very low levels of impurities including chlorinated compounds, heavy metals, and acrolein. Our pharma-grade glycerine meets or exceeds these requirements. Contact us for grade specification details and a competitive supply quotation for your vaping liquid production. **Q17: What is the specific gravity and refractive index of your glycerine for QC purposes?** Our 99.7% refined glycerine has a specific gravity of 1.261–1.263 at 25°C (conforming to USP specification) and a refractive index of 1.472–1.475 at 20°C. These physical constants are essential QC parameters for incoming inspection in pharmaceutical, cosmetics, and food manufacturing. Additional QC values include: boiling point 290°C (at 760 mmHg), flash point 160°C (closed cup), and viscosity approximately 1,412 mPas at 20°C. All values are confirmed in the CoA provided with each lot. Please share your incoming QC specification for pre-supply conformance review. **Q18: Do you offer technical support for glycerine applications in cosmetics formulation?** Yes. Bio Green Wax provides technical support for B2B buyers formulating with glycerine in cosmetics, personal care, and pharmaceutical applications. Our technical team can advise on optimal usage levels (typically 5–20% in skin care formulations), compatibility with other ingredients, and formulation stability. We can also assist with regulatory documentation requirements for EU, UK, US, and GCC market submissions. Sample quantities of pharmaceutical-grade glycerine are available for formulation trials. Contact our technical support desk with your formulation brief and we will provide guidance within 48 business hours. **Q19: Can you supply anhydrous glycerine for speciality pharmaceutical use?** Yes. Bio Green Wax supplies anhydrous glycerine (99.9% minimum glycerol content, water content below 0.1%) for speciality pharmaceutical applications including injectable formulations, ophthalmic preparations, and moisture-sensitive drug delivery systems. Anhydrous glycerine requires specialist handling and packaging under nitrogen to prevent moisture absorption. It is supplied in sealed, nitrogen-blanketed drums or IBCs with full pharmacopoeial CoA and GMP documentation. Due to its speciality nature, anhydrous glycerine is available to order with lead times of 4–6 weeks. Please share your technical specification and intended use for a supply quotation. **Q20: What are your lead times for glycerine supply to European and Asian markets?** Standard lead times for refined glycerine supply from our principal supply origins (Malaysia, Indonesia) are: 4–6 weeks to European ports (Rotterdam, Hamburg, Antwerp), 2–3 weeks to Indian ports (Nhava Sheva, Chennai), 2–4 weeks to Middle Eastern ports (Jebel Ali, Dammam), and 3–5 weeks to East Asian ports. For buyers in Europe, we also maintain IBC and drum stock positions with some European logistics partners, allowing lead times of 1–2 weeks for specific grades. Long-term supply contracts with scheduled deliveries eliminate lead time uncertainty. Contact our logistics team for a precise delivery schedule. **Q21: Does Bio Green Wax supply Glycerine internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Glycerine, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Glycerine. --- #### Palm Stearin - **Product Page**: https://biogreenwax.com/products/palm-stearin - **Applications**: Margarine & shortening, Soap manufacturing, Candle making, Oleochemical feedstock, Confectionery fats, Animal feed, Biodiesel production Palm Stearin, the solid fraction of palm oil (Elaeis guineensis), is produced by fractionation. Rich in saturated fats, it is widely used in bakery shortenings, margarine, and industrial applications like candles and soaps. Interesting fact: palm stearin is more solid at room temperature, making it essential for products requiring firmness and structure. **Frequently Asked Questions about Palm Stearin** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-stearin/faq **Q1: What is the slip melting point and iodine value of your palm stearin?** Refined (RBD) palm stearin from Bio Green Wax Ltd has a slip melting point of 44–56°C depending on the fractionation grade — soft stearin grades (44–48°C) for bakery shortening and margarine applications; standard stearin (48–52°C) for soap and oleochemical feedstock; hard stearin (52–56°C) for candle wax blending and industrial applications. Iodine value ranges from 14–29 g I₂/100g, reflecting its high palmitic acid saturation. Batch-specific values are confirmed in the Certificate of Analysis with each shipment. **Q2: What is the minimum order quantity for bulk palm stearin supply?** Minimum order for palm stearin is one container load of approximately 16–22 MT in 25 kg cartons, supersacks, or drums. ISO tank and flexitank liquid supply is available for larger volumes. Contact Bio Green Wax Ltd at sales@biogreenwax.com or +44 20 7101 3847 to confirm current MOQs and pricing for your grade and delivery destination. **Q3: Is your palm stearin RSPO SG or MB certified for sustainable sourcing?** Yes. RSPO Segregated and Mass Balance certified palm stearin is available from Bio Green Wax Ltd, with RSPO Supply Chain Certificates provided with every certified shipment. ISCC certified grades are available for biobased and bioenergy applications. EUDR compliant supply with full plantation-level traceability and geolocation data is available for EU market imports — our compliance team can assist with the complete EUDR documentation package. **Q4: What are the applications for palm stearin in food, soap, and candle manufacturing?** Palm stearin from Bio Green Wax Ltd serves multiple B2B industries. In food manufacturing: bakery shortenings, margarine, vanaspati, and specialty fats (non-hydrogenated, trans-fat free). In soap manufacturing: contributes hardness and the palmitic acid component to TFM soap bars, used alongside palm kernel oil for balanced lather and hardness. In candle manufacturing: added at 5–15% to paraffin wax to increase opacity, hardness, and whiteness of pillar and taper candles. In oleochemicals: feedstock for palmitic acid, stearic acid, glycerine, and fatty derivatives production. **Q5: What is the FFA content and moisture level in your refined palm stearin?** Our RBD palm stearin meets standard PORAM quality specifications: FFA content ≤0.1% (expressed as palmitic acid) and moisture and volatile matter ≤0.1%. These quality parameters ensure consistency for food manufacturing, soap production, and oleochemical applications. Batch-specific FFA and moisture values are confirmed in the Certificate of Analysis provided with every shipment. **Q6: What is the current FOB/CIF price for palm stearin per metric tonne?** Palm stearin is typically priced at a discount to RBD palm oil — reflecting its higher saturation and more limited application range compared to liquid palm olein. Pricing changes daily with global palm commodity markets. Contact Bio Green Wax Ltd's trading team at sales@biogreenwax.com for current FOB Malaysia/Indonesia or CIF-to-your-destination pricing. Volume contracts and forward pricing agreements are available for regular procurement buyers. **Q7: Can you supply palm stearin in prilled, flaked, or slab form?** Yes. Bio Green Wax Ltd supplies palm stearin in prilled (pastille) form in 25 kg bags — the preferred format for most industrial applications due to fast melting and accurate dosing; slab form in 25 kg cartons — available on request; and flaked form for specific grades. For large-volume oleochemical and soap producers, liquid supply in heated ISO tanks or flexitanks is available. Specify your preferred format and confirm receiving infrastructure when placing your order. **Q8: Do you supply palm stearin for oleochemical production — fatty acid and glycerol splitting?** Yes. Palm stearin is a primary feedstock for oleochemical fatty acid production through high-pressure hydrolysis (splitting). Its high palmitic acid content (55–65%) makes it the primary industrial source of palm stearic acid — used in soap, rubber compounding, cosmetics, and candle manufacturing. Glycerine is co-produced during splitting. Bio Green Wax Ltd can supply palm stearin in the volumes and specifications required for continuous oleochemical production. Contact us to discuss feedstock grade requirements for your splitting process. **Q9: Is your palm stearin suitable for candle wax blending applications?** Yes. Adding palm stearin at 5–15% to paraffin wax candle blends increases opacity (producing a brighter white candle), hardness, and resistance to surface marring. Palm stearin also improves the fragrance binding capacity of paraffin wax blends and contributes a slightly higher melting point. It is widely used in European candle manufacturing as a cost-effective opacity and hardness modifier. Bio Green Wax Ltd can supply alongside our fully refined and semi-refined paraffin wax range for a complete candle ingredient package. **Q10: Can you provide Halal certification and Certificate of Analysis for palm stearin?** Yes. Halal certification and Certificate of Analysis are provided as standard with all palm stearin shipments. Full documentation packages including Certificate of Origin, Packing List, RSPO/ISCC certificate (for certified supply), and EUDR due diligence statement (for EU imports) are prepared for each shipment. Kosher certification is available on request. Contact us when placing your enquiry to confirm the Halal certification body required for your destination market. **Q11: Is your palm stearin EUDR compliant for European market import?** Yes. Bio Green Wax Ltd supplies palm stearin with full plantation-level traceability, geolocation polygon data, and EUDR due diligence statements as required for import into EU member states under the EU Deforestation Regulation (EUDR). Our compliance team works with certified supply chains and can assist EU-importing buyers with the complete compliance documentation package required by the EUDR. **Q12: What is the palmitic acid content in your palm stearin?** RBD palm stearin contains approximately 55–65% palmitic acid (C16:0) — the dominant saturated fatty acid of the palm oil family. This high palmitic acid content is the primary reason for its commercial value in soap manufacturing (contributing hardness and cleansing), oleochemical production (as the source of commercial palm stearic acid), and candle manufacturing (contributing whiteness and opacity). The exact batch palmitic acid value is confirmed by gas chromatography fatty acid analysis in the CoA. **Q13: Do you supply palm stearin for industrial soap noodle manufacturing?** Yes. Palm stearin is used as a co-feedstock in soap noodle production alongside palm kernel oil, contributing hardness and palmitic acid content to the soap matrix. The combined saponification value of palm stearin (approximately 193–205 mg KOH/g) makes it an efficient soap raw material. Bio Green Wax Ltd supplies soap-grade palm stearin with the FFA, colour, and impurity specifications required by automated soap noodle production lines. Contact us to discuss your soap grade and production line requirements. **Q14: What packaging formats are available for bulk palm stearin?** Bio Green Wax Ltd supplies palm stearin in 25 kg cartons (slab form), 25 kg bags (prilled form), 500–1,000 kg supersacks, and bulk liquid in ISO tanks or heated flexitanks for large-volume users. The solid packaging formats (cartons and bags) are standard for B2B supply. ISO tank delivery (maintained above melting point) is available for very large-volume oleochemical and soap producers with appropriate receiving infrastructure. **Q15: What are the lead times for palm stearin delivery to European and Asian markets?** Lead times from Malaysian or Indonesian origins to European ports are typically 4–6 weeks CIF. Within Asia, 2–3 weeks from production origin. Bio Green Wax Ltd confirms specific lead times at order placement based on vessel schedule and stock availability. Contact us at +44 20 7101 3847 for a current shipment schedule and delivery timeline estimate for your destination port. **Q16: Is your palm stearin suitable for use in biodiesel production?** Yes. Palm stearin can be used as a feedstock for biodiesel (fatty acid methyl ester, FAME) production via transesterification. ISCC EU certified palm stearin meeting RED II sustainability criteria — including GHG calculation certificates showing the required minimum GHG savings versus the fossil fuel comparator — is available for European biodiesel producers. ISCC Plus certification is available for non-energy biobased applications. Contact our sustainability team to discuss compliance requirements. **Q17: What food safety certifications accompany your palm stearin supply?** Food-grade palm stearin from Bio Green Wax Ltd is sourced from ISO 22000 or HACCP-certified refineries. Halal certification is standard; Kosher is available on request. RSPO certification is available for sustainable supply. EU food safety regulation compliance, UK FSA compliance, and Codex Alimentarius standard conformity are confirmed in CoA and documentation. For India imports, FSSAI-compatible documentation is provided. Complete certification packages are tailored to your destination market requirements. **Q18: Can you supply palm stearin to PORAM or FOSFA quality standards?** Yes. Bio Green Wax Ltd supplies palm stearin to PORAM (Palm Oil Refiners Association of Malaysia) and FOSFA International quality standards — the globally recognised specifications accepted by buyers in food manufacturing, soap production, and oleochemical industries worldwide. CoA parameters are verified against PORAM or FOSFA specifications before each shipment, and these verification results are documented in the Certificate of Analysis provided to buyers. **Q19: What is the shelf life and storage requirement for palm stearin in solid form?** Palm stearin in solid form has a shelf life of 24 months from production in sealed packaging at ambient temperature (15–35°C) away from direct sunlight, contamination, and moisture. The product is thermally stable at room temperature and does not require refrigeration or temperature-controlled storage. Production dates are confirmed on all Bio Green Wax Ltd shipping documentation — important for FIFO stock management and shelf life compliance in food applications. **Q20: Do you offer palm stearin blends with palm wax for candle and coating applications?** Yes. Bio Green Wax Ltd can supply custom blends of palm stearin with palm wax (RSPO certified, from our palm wax product range), paraffin wax, or microcrystalline wax for candle and coating applications. Palm stearin + palm wax blends are particularly appealing for candle manufacturers seeking an all-palm, fully sustainable candle wax formulation — marketing as RSPO certified, palm-derived, and sustainable. Contact our technical and sales team at sales@biogreenwax.com to discuss custom blend requirements and minimum quantities. **Q21: Does Bio Green Wax supply Palm Stearin internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Stearin, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Stearin. --- #### Palm Shortenings(high melting point) - **Product Page**: https://biogreenwax.com/products/palm-shortenings - **Applications**: Baking & pastry, Confectionery fillings, Margarine production, Deep frying, Food processing Palm Shortenings (High Melting Point), derived from fractionated palm oil, are specialty fats designed for bakery and frying applications requiring stability. With a firm texture and high saturation, they are used in puff pastries, biscuits, and industrial frying. Interesting fact: high‑melting shortenings resist oil breakdown, extending the shelf life and crispness of fried foods. **Frequently Asked Questions about Palm Shortenings(high melting point)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-shortenings/faq **Q1: What is the slip melting point range of your high melting point palm shortening?** Our high melting point (HMP) palm shortening from Bio Green Wax Ltd has a slip melting point of 44–52°C depending on the specific grade, produced through controlled fractionation of refined palm oil without hydrogenation — making it completely free from industrially produced trans fatty acids. This elevated melting point range delivers the structural stability at ambient temperature and resistance to melting during bakery and frying processes that make HMP palm shortening the preferred fat for laminated dough, industrial frying, and high-stability bakery applications. **Q2: What is the solid fat content (SFC) at 35°C and 40°C for your high MP palm shortening?** Our HMP palm shortening has a solid fat content (SFC) of 30–45% at 35°C and 15–30% at 40°C, providing the structural integrity needed for laminated dough production (croissants, Danish pastry, puff pastry), industrial frying fat (resisting breakdown at frying temperature), and high-stability bakery shortenings. Full SFC profiles at standard temperature points (10, 20, 25, 30, 35, 40°C) are provided in our technical data sheets — essential for food technologist formulation work. Contact sales@biogreenwax.com to request technical data sheets. **Q3: What is the minimum order quantity for high melting point palm shortening?** Minimum order for HMP palm shortening is one full container load — approximately 16–20 MT in 200-litre drums or equivalent in IBCs. For large-volume food manufacturers with heated receiving infrastructure, liquid tanker delivery is also available. Contact Bio Green Wax Ltd at +44 20 7101 3847 or sales@biogreenwax.com to confirm current MOQs, packaging options, and pricing for your specific grade and delivery destination. **Q4: Is your high MP palm shortening suitable for puff pastry, biscuits, and industrial frying?** Yes. HMP palm shortening from Bio Green Wax Ltd is specifically designed for these demanding applications. For laminated puff pastry: the plasticity range and SFC profile provide the consistency needed for rollable, non-brittle dough lamination at pastry production temperatures (15–20°C). For biscuit and cracker manufacturing: it contributes crumb structure, short texture, and extended shelf life. For industrial continuous frying (snack chips, crackers, extruded snacks): its high stability and high smoke point (approximately 230°C) extend oil life and reduce waste. Contact our food technical team to discuss your specific application requirements. **Q5: What is the FFA content and moisture specification for your high MP palm shortening?** Our HMP palm shortening meets food-grade quality specifications: FFA content ≤0.1% (as palmitic acid) and moisture and volatile matter ≤0.1%. These parameters are critical for food manufacturing consistency and for preventing premature oxidation during storage. Batch-specific values are confirmed in the Certificate of Analysis provided with every shipment — supporting your HACCP documentation and incoming goods quality verification. **Q6: Do you supply high MP palm shortening with Halal and Kosher certification?** Yes. Halal certification from internationally recognised Islamic certification bodies is provided as standard with all palm shortening shipments. Kosher certified supply can be arranged on request. Both certifications are required by food manufacturers selling into Muslim and Jewish consumer markets globally, as well as by many international retail chains in the Middle East, Southeast Asia, and export markets. Contact Bio Green Wax Ltd with your certification requirements when placing your enquiry. **Q7: Is your high MP palm shortening non-hydrogenated and free from trans fatty acids?** Yes — unequivocally. Our HMP palm shortening is produced through fractionation of refined palm oil only — no hydrogenation is involved in its manufacture. This means it contains zero industrially produced trans fatty acids (iTFA). This is a critical regulatory and marketing point: EU Regulation 2019/649 restricts iTFA content in food to 2g/100g fat maximum, and many export markets (USA FDA) have effectively banned partially hydrogenated oil (PHO). Our palm shortening is fully compliant with all iTFA regulations and can be labelled as non-hydrogenated. **Q8: What is the current CIF/FOB price for high MP palm shortening per metric tonne?** HMP palm shortening pricing is linked to refined palm oil commodity markets. Contact Bio Green Wax Ltd's trading team at sales@biogreenwax.com for current FOB Malaysia/Indonesia or CIF-to-destination pricing based on your specific grade, volume, and delivery schedule. Volume contracts and forward pricing agreements are available for regular buyers requiring supply and price security. **Q9: Is your high MP palm shortening RSPO certified for EU sustainability compliance?** Yes. RSPO Segregated and Mass Balance certified HMP palm shortening is available from Bio Green Wax Ltd with RSPO Supply Chain Certificates provided per shipment. EUDR compliant supply with full plantation-level traceability is available for EU market imports. Many European food retailers and manufacturers now require RSPO certified palm shortening as a minimum supply chain standard — Bio Green Wax Ltd's certified supply chain supports your sustainability reporting and retailer compliance requirements. **Q10: Can you supply high MP palm shortening for laminated dough and croissant applications?** Yes. Bio Green Wax Ltd supplies HMP palm shortening specifically formulated for Danish pastry and croissant laminated dough applications. The key technical requirement is a plasticity window that allows sheeting and folding without breaking at dough room temperature (typically 15–20°C) while providing sufficient SFC to maintain defined lamination layers during baking. Our technical team can advise on the specific SFC profile and grade most appropriate for your production room temperature, dough formula, and lamination equipment configuration. Contact sales@biogreenwax.com to request a technical consultation. **Q11: What packaging formats are available — drums, IBCs, or cartons?** Bio Green Wax Ltd supplies HMP palm shortening in 25 kg cartons (solid form, for smaller-scale buyers and precision formulation work), 200-litre food-grade drums (most common format for production bakeries), 1,000-litre food-grade IBCs (for mid-scale continuous production), and heated bulk tanker delivery for large-volume industrial food manufacturers with appropriate heated storage and pump infrastructure. Specify your preferred format and confirm your receiving and storage infrastructure when ordering. **Q12: What is the shelf life and storage condition for high MP palm shortening?** HMP palm shortening has a shelf life of 12–18 months from production date in sealed packaging stored at ambient temperature (15–30°C) away from direct sunlight and heat above 35°C. Store away from strongly scented materials as fats absorb ambient odours. For liquid-form storage (heated tanks above melting point), maintain at 55–60°C with nitrogen blanketing to prevent oxidation. Bio Green Wax Ltd confirms production dates on all documentation for FIFO stock management and shelf life compliance. **Q13: Do you supply high MP palm shortening for savoury snack and industrial frying use?** Yes. HMP palm shortening is one of the most effective industrial frying fats for continuous fryers used in potato chip, cracker, extruded snack, and instant noodle production. Its high melting point, high SFC at room temperature (reducing solid carryover from the fryer), excellent oxidative stability, and high smoke point (approximately 230°C) contribute to extended oil life, consistent product quality, and lower oil turnover costs. Bio Green Wax Ltd can supply appropriate grades with full technical and food safety documentation for industrial frying applications. **Q14: Can you provide SFC curves and technical data sheets for formulation purposes?** Yes. Bio Green Wax Ltd provides full SFC (Solid Fat Content) curves measured at standard IUPAC/AOCS temperature points (10, 20, 25, 30, 35, 40°C) and comprehensive technical data sheets including fatty acid profile, slip melting point, drop point, FFA, colour, and application guidance for all palm shortening grades. These are essential for food technologist formulation and product development work — enabling you to select and specify the right fat for your application without lengthy in-house testing. Contact sales@biogreenwax.com to request technical documentation for your specific grade. **Q15: What food safety certifications accompany your high MP palm shortening supply?** Our HMP palm shortening is sourced from ISO 22000 and/or HACCP-certified refineries. Standard documentation includes: Certificate of Analysis; Halal certificate; Certificate of Origin; RSPO Supply Chain Certificate (for certified supply); and EUDR due diligence statement (for EU imports). Kosher certification is available on request. For India imports, FSSAI-compatible documentation is provided. All certifications are from internationally recognised bodies accepted in target export markets. **Q16: Do you offer customised melting point palm shortenings to specific SFC specifications?** Yes. Bio Green Wax Ltd can supply HMP palm shortening with customised SFC profiles and melting points to meet specific food technology formulation requirements — for example, a shortening with SFC of 35–40% at 20°C for Danish pastry, or 25–30% at 25°C for tropical-market biscuit applications. Customisation is achieved through precision fractionation and blending of palm oil fractions. Custom grade minimum quantities apply. Contact our technical team at sales@biogreenwax.com with your target SFC curve and application details. **Q17: What is the difference between palm shortening and palm stearin for industrial use?** Palm stearin is the direct solid fraction obtained from palm oil fractionation with high palmitic acid content (55–65%) and a melting point of 44–56°C — it is a raw material used in further processing (oleochemicals, soap manufacture, further fractionation). Palm shortening is a finished fat product specifically formulated for direct food manufacturing use — it may be a single fraction, a blend, or include specific additives — with defined SFC curves, plasticity range, and functional performance characteristics designed for bakery, frying, or confectionery applications. Palm shortening is application-ready; palm stearin requires further processing for most food uses. **Q18: Can you supply high MP palm shortening in liquid form with heating during delivery?** Yes. For large-volume industrial buyers with appropriate heated receiving infrastructure (insulated heated storage tanks, pump systems, and heated transfer lines), Bio Green Wax Ltd can supply HMP palm shortening as a heated bulk liquid in insulated tanker trucks. The fat must be maintained above its melting point (approximately 55–60°C) throughout transport. This delivery mode eliminates solid fat packaging costs and the need for solid-fat melting equipment in your facility. Contact us to discuss your site infrastructure and volume requirements for liquid bulk supply. **Q19: What are your lead times for high MP palm shortening supply to food manufacturers?** Lead times from Malaysian or Indonesian origins to European and Asian food manufacturers are typically 4–6 weeks for CIF deliveries. Bio Green Wax Ltd recommends placing orders 6–8 weeks ahead of production requirements to ensure reliable supply continuity. Contact our sales team at +44 20 7101 3847 or sales@biogreenwax.com for current stock and a confirmed delivery timeline for your destination. **Q20: Do you offer any technical support for formulating with high MP palm shortening?** Yes. Bio Green Wax Ltd provides comprehensive technical support for food manufacturers using HMP palm shortening: application-specific grade selection advice; SFC curve matching for your target product specification; formulation guidance for laminated dough, frying, and bakery applications; technical data sheets and SFC curves for all grades; and direct access to our food technical team for formulation challenges. We regard technical partnership as a core element of our supplier relationship — contact sales@biogreenwax.com to arrange a technical consultation with our food applications team. **Q21: Does Bio Green Wax supply Palm Shortenings(high melting point) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Shortenings(high melting point), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Shortenings(high melting point). --- #### Palm Stearic Acid - **Product Page**: https://biogreenwax.com/products/palm-stearic-acid - **Applications**: Soap manufacturing, Candle making, Cosmetics & personal care, Rubber processing, Plastic & PVC stabilizers, Pharmaceutical tablets, Textile finishing, Metal stearate production Palm Stearic Acid is a saturated fatty acid (C₁₈H₃₆O₂) derived from palm oil through hydrolysis and fractionation. It appears as a white, waxy solid with a mild odor and is one of the most common fatty acids used in industrial and consumer products. Stearic acid is a key ingredient in soap, candle, cosmetic, rubber, and plastic manufacturing. In cosmetics, it acts as an emulsifier, thickener, and stabilizer. In rubber production, it serves as a processing aid and vulcanization activator. It is also used in the production of stearates (calcium, zinc, magnesium), which are important in PVC stabilizers, lubricants, and pharmaceutical tablet manufacturing. Palm‑derived stearic acid is preferred for its consistent quality, high purity, and sustainable sourcing when certified under RSPO. Interesting fact: stearic acid gets its name from the Greek word “stear,” meaning tallow, reflecting its historical extraction from animal fats before plant‑based sources became dominant. It is also the main component that gives candles their firmness and prevents dripping. **Frequently Asked Questions about Palm Stearic Acid** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-stearic-acid/faq **Q1: What is the stearic acid and palmitic acid content of your palm stearic acid?** Bio Green Wax supplies palm stearic acid in two principal commercial grades. Single-pressed (or double-pressed) stearic acid typically contains 45–55% stearic acid (C18:0) and 40–50% palmitic acid (C16:0), while triple-pressed stearic acid carries a higher stearic acid content of 90–95%+. The precise composition varies by grade and application. A full fatty acid composition (GC analysis) and Certificate of Analysis are provided with each shipment. Our technical team can advise on the optimal grade for your soap, candle, cosmetics, or rubber processing application. **Q2: What is the minimum order quantity for palm stearic acid in bulk or packed form?** Our minimum order quantity for palm stearic acid is 1 metric tonne in packed form (25 kg bags or cartons) and 20 metric tonnes for bulk orders shipped in flexitanks or ISO tanks (in molten form). For sample and trial quantities below 1 MT, please contact our sales team to discuss sample availability. Full container loads (FCL) of 20–25 MT offer the most competitive pricing. We welcome enquiries from soap manufacturers, cosmetics formulators, candle makers, and industrial buyers worldwide. **Q3: What grades of palm stearic acid do you supply — triple pressed or double pressed?** Bio Green Wax supplies palm stearic acid in the following grades: Single-pressed (commercial grade, C16+C18 blend), Double-pressed (higher stearic content, suitable for most soap and industrial applications), and Triple-pressed (95%+ stearic acid, pharmaceutical and premium cosmetic grade). Each grade is available with Halal certification and full CoA documentation. Triple-pressed grades are ideal for applications requiring high stearic acid purity, such as pharmaceutical excipients, premium soap bars, and high-performance cosmetics. Contact us to discuss your purity requirement and we will recommend the appropriate grade. **Q4: Is your palm stearic acid suitable for soap manufacturing?** Yes. Palm stearic acid is one of the most important raw materials in soap manufacturing, providing hardness, lather density, and bar longevity. Bio Green Wax supplies commercial and triple-pressed palm stearic acid specifically suited for toilet soap bars, laundry bars, and speciality soap formulations. Our stearic acid is Halal certified, RSPO-traceable, and meets AOCS and EN quality standards required by major soap noodle and direct soap producers. We supply to soap manufacturers in Africa, the Middle East, India, and Southeast Asia with competitive CIF pricing and flexible shipment scheduling. **Q5: What is the titre (solidification point) and acid value of your stearic acid?** Our palm stearic acid has a titre (solidification point) of 54–57°C for double-pressed grades and 58–62°C for triple-pressed grades, confirming its predominantly saturated C16/C18 composition. The acid value (AV) is typically 195–210 mg KOH/g, with tighter specifications available for pharmaceutical-grade material. These values are confirmed by accredited laboratory testing on every production batch. Full technical data sheets with titre, AV, iodine value, saponification value, colour, and moisture specifications are available on request from our technical team. **Q6: Do you supply palm stearic acid with Halal certification for cosmetics and food use?** Yes. All palm stearic acid supplied by Bio Green Wax is available with Halal certification from a recognised Islamic certification body. Halal certification is increasingly required by cosmetics, pharmaceutical, and food-adjacent B2B buyers across the Middle East, Southeast Asia, and Muslim-majority markets globally. Kosher certification can also be arranged on request. Halal certificate documentation is provided alongside standard shipping documents. For buyers requiring both Halal and RSPO certification, please indicate this at the time of enquiry. **Q7: What is the current price for palm stearic acid per metric tonne CIF/FOB?** Palm stearic acid prices fluctuate in line with crude palm oil, palm kernel oil, and oleochemical market conditions. Bio Green Wax offers competitive CIF and FOB pricing for all destination ports. We encourage buyers to contact our sales team directly for a current market price quotation, as we update pricing weekly. Volume commitments, long-term contracts, and regular shipment schedules all attract preferential pricing. Spot and forward contract pricing are both available. Please share your destination port, required grade, and estimated annual volume when requesting a quotation. **Q8: Is your stearic acid suitable for candle manufacturing to improve hardness?** Yes. Palm stearic acid is a widely used additive in paraffin wax candle formulations, typically added at 3–10% by weight to increase candle hardness, opacity, and mould release. Bio Green Wax supplies commercial-grade palm stearic acid (double-pressed, C16/C18 blend) that is specifically suited for candle manufacturing. It improves the appearance of pillar candles, reduces surface tackiness, and enhances mould release. Our technical team can advise on optimal addition rates for your wax formulation and application. Contact us for a supply quotation and sample. **Q9: What is the iodine value and saponification value of your palm stearic acid?** Our palm stearic acid has an iodine value (IV) of less than 2.0 g I2/100g for triple-pressed grades and typically 2–5 for double-pressed commercial grades, confirming its highly saturated composition. The saponification value (SV) is 193–210 mg KOH/g depending on grade. Low iodine value is particularly important for soap manufacturers seeking hard, white bars with excellent stability. Full analytical specifications are provided in the Certificate of Analysis for every lot. Contact our technical team for specification sheets. **Q10: Can you supply palm stearic acid for rubber processing and tyre manufacturing?** Yes. Palm stearic acid is an essential processing aid and activator in rubber vulcanisation, where it functions alongside zinc oxide to activate the sulphur vulcanisation system. Bio Green Wax supplies commercial-grade (double-pressed) palm stearic acid meeting the requirements of major tyre and rubber goods manufacturers. Our stearic acid is tested for titre, acid value, iodine value, and colour, and is supplied in 25 kg bags or bulk for ease of handling in rubber compound mixing lines. Contact us for a dedicated industrial rubber-grade quotation. **Q11: What packaging formats are available — bags, cartons, or bulk supersacks?** Palm stearic acid from Bio Green Wax is available in the following packaging formats: 25 kg kraft paper bags (with PE inner liner), 25 kg corrugated cartons, 500 kg and 1,000 kg supersacks (bulk bags/jumbo bags), and bulk liquid in ISO tanks or flexitanks (for molten delivery to large-volume buyers). The choice of packaging depends on order volume, downstream handling capability, and storage conditions. We recommend supersacks for mid-volume industrial buyers and bulk liquid for large-scale soap or oleochemical manufacturers. **Q12: Is your palm stearic acid RSPO certified for sustainable palm derivatives?** Yes. Bio Green Wax offers RSPO-certified palm stearic acid under Mass Balance (MB) and, subject to availability, Segregated (SG) supply chains. RSPO credit certificates (eRTRs) are available for Mass Balance volumes. Segregated certified material is available for buyers with traceable sustainability commitments. RSPO certification is increasingly required by European cosmetics and personal care brands sourcing palm-derived ingredients. We also offer ISCC+ certification for buyers targeting EU sustainability regulation compliance. Documentation is provided at shipment. **Q13: What is the moisture and impurity content in your palm stearic acid?** Our palm stearic acid is supplied with a moisture content of less than 0.2% and a total impurity level below 0.5%, ensuring clean, consistent quality for all applications. For pharmaceutical-grade material, moisture specifications are tighter at less than 0.1%. These parameters are tested at production and confirmed in the CoA. Excess moisture in stearic acid can cause saponification, discolouration, and processing problems in downstream applications. Bio Green Wax maintains rigorous quality control at source and during packaging to deliver product within specification. **Q14: Can you supply stearic acid for cosmetic formulations — creams, lotions, and balms?** Yes. Palm stearic acid is a cornerstone ingredient in cosmetic emulsification — functioning as an emulsifier, thickener, and consistency factor in creams, lotions, body balms, and stick formulations. Bio Green Wax supplies cosmetic-grade palm stearic acid (double and triple-pressed) with full INCI documentation (INCI name: Stearic Acid), EU Cosmetics Regulation compliance, and Halal/Kosher certificates. We also provide safety data sheets and can support EU CPSR submission documentation. Contact our cosmetics sector sales team for a quotation and technical support. **Q15: What food safety certifications accompany stearic acid for pharmaceutical use?** For pharmaceutical applications, Bio Green Wax supplies palm stearic acid meeting USP (United States Pharmacopeia) and BP/EP (British/European Pharmacopoeia) monograph specifications for Stearic Acid. Certifications and documentation available include: CoA with full pharmacopoeial testing, GMP compliance statement, Halal certification, Kosher certificate, TSE/BSE-free declaration, and heavy metals test report. For excipient buyers in regulated pharmaceutical markets, we can provide an Excipient Information Package (EIP) on request. Please share your pharmacopoeial grade and country of use when enquiring. **Q16: Is your stearic acid USP or BP pharmacopoeia grade for pharma applications?** Yes. Bio Green Wax supplies palm stearic acid conforming to both the USP (Stearic Acid, NF) and BP/EP (Stearic Acid Ph. Eur.) monographs, including the required limits on acid value, iodine value, congealing point, unsaponifiable matter, and heavy metals. Pharmaceutical-grade stearic acid from Bio Green Wax is manufactured under GMP-controlled conditions and is widely used as a tablet lubricant, suppository base component, and topical excipient. Contact our pharmaceutical sector team for grade-specific documentation and compliance support. **Q17: What is the melting point and Gardner colour of your palm stearic acid?** Our double-pressed palm stearic acid has a melting point of 54–57°C, while triple-pressed grades melt at 58–62°C. Colour on the Gardner scale is typically Gardner 1–3 for double-pressed and Gardner 1 or below for triple-pressed, delivering a white to off-white appearance in solid form. Colour is an important quality indicator for cosmetics and soap manufacturers where end-product whiteness is essential. All colour and melting point specifications are confirmed in the CoA for each batch. Colour-sensitive buyers should specify their maximum Gardner value when placing orders. **Q18: Do you supply stearic acid for plastic lubricant and release agent applications?** Yes. Palm stearic acid serves as an effective internal and external lubricant and release agent in PVC, rubber, and thermoplastic processing. In PVC extrusion and injection moulding, stearic acid reduces friction between polymer chains and between the compound and processing equipment, improving flow and surface finish. Bio Green Wax supplies commercial-grade palm stearic acid for plastics and rubber processing, with competitive pricing for industrial-scale buyers. Please contact our industrial sales team with your consumption volume and technical requirements for a tailored supply quotation. **Q19: What are the lead times for palm stearic acid delivery to soap manufacturers?** Lead times for palm stearic acid depend on destination: for South and Southeast Asian markets (India, Indonesia, Philippines), typical lead times are 2–4 weeks. For Middle East and African markets, 3–5 weeks. For European destinations, 4–6 weeks from booking confirmation. Packed (bagged) orders can typically be dispatched within 1–2 weeks from our inventory positions. Long-term contract customers receive priority allocation and fixed shipment scheduling. Please share your required delivery window and port of destination when requesting a quotation so we can confirm an accurate lead time. **Q20: Can you supply low iodine value stearic acid (IV <2) for premium soap applications?** Yes. For premium toilet soap and luxury bar soap applications, Bio Green Wax can supply triple-pressed palm stearic acid with an iodine value below 2.0 g I2/100g, indicating near-complete saturation and maximum palmitic/stearic acid purity. Low IV stearic acid produces harder, whiter, and more stable soap bars with enhanced lather quality and rancidity resistance. This grade is also preferred for pharmaceutical and high-end cosmetic applications where unsaturated fatty acid contamination must be minimised. Contact our B2B team for pricing and availability of low-IV specification material. **Q21: Does Bio Green Wax supply Palm Stearic Acid internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Stearic Acid, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Stearic Acid. --- #### PFAD (Palm Fatty Acid Distillate) - **Product Page**: https://biogreenwax.com/products/palm-fatty-acid-distillate-pfad - **Applications**: Soap manufacturing, Animal feed formulations, Oleochemical production, Biodiesel feedstock, Candle making, Rubber processing, Calcium soap production Palm Fatty Acid Distillate (PFAD) is a by‑product of palm oil refining (Elaeis guineensis), obtained during deodorization. It contains free fatty acids, tocopherols, sterols, and residual oil, making it valuable in animal feed, soap manufacturing, and biodiesel production. PFAD is cost‑effective and widely used in oleochemical industries as a raw material for surfactants and lubricants. While not suitable for direct human consumption, it plays a vital role in sustainable biofuel supply chains. Historically, PFAD gained importance as palm oil refining expanded in Southeast Asia in the 20th century. Interesting fact: PFAD is considered a “waste stream” product, yet its conversion into biodiesel helps reduce reliance on fossil fuels. **Frequently Asked Questions about PFAD (Palm Fatty Acid Distillate)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-fatty-acid-distillate-pfad/faq **Q1: What is the free fatty acid (FFA) content and iodine value of your PFAD?** Palm Fatty Acid Distillate (PFAD) from Bio Green Wax Ltd typically contains 70–90% free fatty acids (expressed as palmitic acid), with the major component being palmitic acid (C16:0, approximately 44–47%) followed by oleic acid (C18:1, approximately 36–40%), linoleic acid (C18:2, approximately 8–11%), and stearic acid (C18:0, approximately 4–5%). The iodine value is typically 50–55 g I₂/100g. PFAD also contains naturally occurring tocopherols (1,000–2,000 ppm vitamin E) and phytosterols, which add value for downstream specialty applications. Batch-specific values are confirmed in the CoA. **Q2: What is the minimum order quantity for bulk PFAD supply?** Minimum order for bulk PFAD is one flexitank or ISO tank of 16–24 MT in liquid form (PFAD is liquid above approximately 40°C). Drum packing in 200-litre steel drums is available for smaller volume requirements. Contact Bio Green Wax Ltd at sales@biogreenwax.com or +44 20 7101 3847 to confirm current MOQs, packaging options, and pricing for your delivery destination. **Q3: Is your PFAD ISCC certified for biofuel and biodiesel feedstock applications?** Yes. ISCC EU certified PFAD is available from Bio Green Wax Ltd for European biodiesel producers under the EU Renewable Energy Directive (RED II). PFAD is classified as a waste and residue under RED II Annex IX Part B, qualifying for double-counting towards renewable energy targets — a significant commercial advantage. ISCC supply chain certificates and GHG (greenhouse gas) calculation documentation meeting RED II Article 31 requirements are provided with every certified PFAD shipment. ISCC Plus certified PFAD is also available for biobased chemical applications. **Q4: What is the tocopherol and squalene content in your PFAD?** PFAD contains naturally occurring tocopherols at approximately 1,000–2,000 ppm, primarily as alpha-tocopherol and gamma-tocopherol (natural vitamin E), making PFAD a commercially viable feedstock for tocopherol extraction for the nutraceutical and cosmetics industries. Minor amounts of squalene, phytosterols, and carotenoids are also present. Bio Green Wax Ltd can supply PFAD with batch-specific tocopherol content analysis for buyers purchasing PFAD for tocopherol extraction applications — contact us with your minimum tocopherol content requirement. **Q5: What is the current FOB Malaysia or Indonesia price for PFAD per metric tonne?** PFAD typically trades at a discount of 15–25% below crude palm oil (CPO) prices, reflecting its waste and residue classification. However, PFAD's ISCC EU eligibility for double-counting under RED II biofuel obligations frequently makes it more valuable to European biodiesel producers than its raw material cost would suggest. Prices change daily with global palm commodity markets. Contact Bio Green Wax Ltd's trading team at sales@biogreenwax.com for current FOB Belawan or Port Klang pricing based on your volume and delivery schedule. **Q6: Is your PFAD suitable for soap manufacturing and oleochemical fractionation?** Yes. PFAD's high free fatty acid content (70–90% FFA) makes it a direct feedstock for saponification in soap manufacturing — it reacts readily with sodium or potassium hydroxide to produce palm fatty acid soaps, reducing the need for costly oil splitting as a first step. In oleochemical fractionation, PFAD can be distilled to produce individual fatty acid fractions (palmitic, oleic, stearic acid streams). Bio Green Wax Ltd supplies PFAD for both soap and oleochemical applications with full technical and regulatory documentation. Contact our sales team to discuss specification and supply terms. **Q7: Can PFAD be used as a biofuel feedstock meeting EU Renewable Energy Directive (RED II)?** Yes — and this is one of PFAD's most commercially valuable applications. PFAD is specifically listed in RED II Annex IX Part B as a waste and residue biofuel feedstock, qualifying it for double-counting towards EU member state and blending mandate renewable energy obligations. This double-counting provision makes ISCC-certified PFAD highly attractive to European biodiesel producers — it effectively doubles its renewable energy value compared to crop-based feedstocks. Bio Green Wax Ltd supplies ISCC EU certified PFAD with full GHG calculation certificates for RED II compliance. Contact us to discuss certified supply terms. **Q8: What is the moisture and impurity (M&I) content in your PFAD?** Our PFAD meets standard MPOB/PORAM quality specifications: moisture and impurity (M&I) content ≤1.0%. This is the key quality specification for PFAD supply contracts — buyers should specify their maximum acceptable M&I level when placing orders, particularly for oleochemical and soap applications where high water content reduces processing efficiency. Batch-specific M&I values are confirmed in the Certificate of Analysis provided with every PFAD shipment from Bio Green Wax Ltd. **Q9: Do you provide ISCC Plus certification documentation for PFAD supply?** Yes. ISCC Plus certified PFAD — covering biobased materials, circular economy, and sustainable chemistry applications beyond bioenergy — is available from Bio Green Wax Ltd. ISCC Plus is increasingly required by chemical manufacturers using PFAD as a bio-based feedstock for fatty acid derivatives, surfactants, and lubricant intermediates who need to make verifiable sustainability claims in their product supply chains. ISCC Plus certificates and supporting chain-of-custody documentation are provided with certified shipments. Contact us to confirm availability and lead times for ISCC Plus supply. **Q10: What packaging formats are available for PFAD — bulk liquid, ISO tanks, or flexitanks?** PFAD is supplied by Bio Green Wax Ltd as a bulk liquid in ISO tanks (20,000–25,000 litres) or food-grade flexitanks (16,000–24,000 litres) as standard — the most economical formats for large-volume supply. PFAD is liquid above approximately 40°C; heated tankers and pre-heated receiving facilities may be required if your location experiences ambient temperatures below 40°C. For smaller volumes, 200-litre steel drums are available. Confirm your receiving infrastructure when ordering to ensure the most appropriate supply format is arranged. **Q11: Is your PFAD suitable for animal feed applications?** Yes. PFAD is used as an energy supplement in ruminant (cattle, dairy) and poultry animal feed formulations, providing a concentrated source of metabolisable energy from palm fatty acids. Feed-grade PFAD must comply with EU feed regulations (Regulation EC 767/2009 and related directives). Bio Green Wax Ltd can supply feed-grade PFAD with dioxin, PCB, and heavy metals test reports from accredited laboratories to support EU feed safety compliance. Contact us to confirm feed-grade specifications and available certification documentation for your market. **Q12: What documentation do you provide for PFAD import into the EU and UK?** For EU and UK imports, Bio Green Wax Ltd prepares a comprehensive PFAD documentation package: Certificate of Analysis; Certificate of Origin; Bill of Lading and Packing List; ISCC EU certificate and GHG calculation certificate (for biofuel use); ISCC Plus certificate (for biobased applications, where applicable); EUDR due diligence statement (for supply chain sustainability); and safety data sheet. Feed-grade shipments include dioxin and heavy metals test reports. All documentation is provided in English and can be adapted to specific customs or regulatory requirements of the destination country. **Q13: Can you supply PFAD for use in rubber processing and textile applications?** Yes. PFAD and its derived fatty acid components are used in rubber processing as softening agents (plasticisers) in natural and synthetic rubber compounding, and in textile finishing as lubricants, sizing agents, and emulsifiers for natural and synthetic fibre processing. Industrial-grade PFAD for these applications is available at competitive pricing. Contact Bio Green Wax Ltd at sales@biogreenwax.com with your specific rubber compounding or textile finishing application requirements and volume to receive a tailored quotation. **Q14: What is the shelf life and storage condition for PFAD in bulk liquid form?** PFAD in sealed bulk containers has a shelf life of 12 months from production date when stored correctly: maintain above 40°C in heated tanks to keep liquid for handling, or store as semi-solid at ambient temperature (15–35°C) in sealed containers away from direct sunlight and heat above 50°C. PFAD is susceptible to oxidation if exposed to air — heated storage tanks should be maintained under nitrogen blanketing for extended storage periods. Bio Green Wax Ltd confirms production dates on all documentation to support FIFO stock management. **Q15: What is the typical colour (Gardner) and odour of your PFAD?** PFAD has a dark colour (Gardner 12–18, Lovibond approximately 20–40 red) and a characteristic fatty acid odour typical of palm oil processing by-products — distinct from refined palm oil. The colour and odour are commercially acceptable for soap manufacturing, biofuel, oleochemical, and rubber processing applications — none of which require deodorised or lightened materials. For applications requiring lighter colour or reduced odour, further refining or distillation of PFAD-derived fatty acids may be required. Batch-specific colour values are confirmed in the Certificate of Analysis. **Q16: Is your PFAD tested for dioxins and heavy metals for compliance purposes?** Yes. PFAD supplied for animal feed applications is tested for dioxins, dioxin-like PCBs, and heavy metals (lead, arsenic, cadmium, mercury) in compliance with EU feed safety regulations (Regulation EC 574/2011 and related directives). For biofuel applications, MOSH/MOAH analysis is available upon request. For cosmetic tocopherol extraction applications, heavy metals testing meeting EU Cosmetics Regulation requirements is available. All testing is performed by ISO 17025 accredited third-party laboratories — test reports are provided to buyers upon request. **Q17: Do you supply PFAD that meets PORAM quality specifications?** Yes. Bio Green Wax Ltd supplies PFAD to PORAM (Palm Oil Refiners Association of Malaysia) quality specifications — the internationally recognised benchmark for PFAD quality in global trade. PORAM-compliant PFAD specifies FFA content, M&I level, iodine value, and other key quality parameters that buyers worldwide use as the basis for purchase contracts and price determination. CoA parameters are verified against PORAM specifications before each shipment and confirmed in the documentation provided to buyers. **Q18: Can you supply PFAD blended with other fatty acid distillates to specific specifications?** Yes. Bio Green Wax Ltd can supply PFAD blended with soybean fatty acid distillate (SFAD), rapeseed fatty acid distillate (RFAD), or other vegetable oil fatty acid distillates to achieve specific fatty acid profiles, FFA content, or iodine values for industrial applications requiring a defined fatty acid composition. Custom blend specifications are feasible with minimum quantity commitments — contact our technical and trading team at sales@biogreenwax.com with your target blend specification for feasibility assessment and quotation. **Q19: What are the lead times for PFAD supply to European biodiesel producers?** Lead times for PFAD from Malaysian or Indonesian origins to European biodiesel plants are typically 5–7 weeks for CIF deliveries, including production, ISCC documentation preparation, and ocean transit. ISCC certification processing adds approximately 3–5 business days to documentation lead time. Bio Green Wax Ltd recommends forward contracting for biodiesel producers requiring regular PFAD supply — forward contracts allow scheduling of certified supply and GHG documentation well in advance of production requirements. Contact sales@biogreenwax.com to discuss supply terms. **Q20: Do you offer forward pricing contracts for PFAD supply to bioenergy companies?** Yes. Bio Green Wax Ltd offers forward pricing and term supply contracts for PFAD supply to bioenergy producers with regular procurement requirements. Forward contracts can be structured as fixed-price (providing certainty against CPO market volatility) or as index-linked pricing using the CPO forward curve with an agreed PFAD discount. ISCC certified supply can be secured under term contracts to ensure continuity of certified feedstock for RED II compliance. Contact our trading team at sales@biogreenwax.com to discuss contract volumes, duration, pricing structure, and ISCC supply terms. **Q21: Does Bio Green Wax supply PFAD (Palm Fatty Acid Distillate) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of PFAD (Palm Fatty Acid Distillate), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality PFAD (Palm Fatty Acid Distillate). --- #### Palm Kernel Fatty Acid Distillate (PKFAD) - **Product Page**: https://biogreenwax.com/products/palm-kernel-fatty-acid-distillate-pkfad - **Applications**: Soap manufacturing, Animal feed formulations, Oleochemical production, Surfactant & detergent production, Biodiesel feedstock, Personal care formulations, Emulsifier production Palm Kernel Fatty Acid Distillate (PKFAD) is a by‑product of palm kernel oil refining (Elaeis guineensis), obtained during the deodorization stage. It is rich in lauric and myristic acids, along with minor amounts of oleic and palmitic acids, tocopherols, and sterols. PKFAD is widely used in soap manufacturing, animal feed formulations, and oleochemical production, where its fatty acid profile makes it ideal for producing surfactants, detergents, and emulsifiers. It is also explored as a feedstock for biodiesel due to its cost‑effectiveness and renewable origin. Historically, PKFAD gained commercial importance as palm kernel oil processing expanded in Southeast Asia and West Africa. Interesting fact: PKFAD’s high lauric acid content gives it natural antimicrobial properties, making it valuable in specialty soap and personal care formulations. **Frequently Asked Questions about Palm Kernel Fatty Acid Distillate (PKFAD)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-kernel-fatty-acid-distillate-pkfad/faq **Q1: What is the free fatty acid content and lauric acid percentage in your PKFAD?** Bio Green Wax supplies PKFAD with a free fatty acid (FFA) content of 85–98%, reflecting its nature as a fatty acid distillate recovered during palm kernel oil refining. The lauric acid (C12:0) fraction typically constitutes 45–52% of the total fatty acid profile, making PKFAD a highly valued lauric-rich feedstock for soap, oleochemical, and biofuel manufacturers. A full fatty acid composition report and Certificate of Analysis (CoA) are provided with every shipment. Contact our B2B sales team for detailed technical specifications tailored to your application. **Q2: What is the minimum order quantity for bulk PKFAD supply?** Our minimum order quantity (MOQ) for bulk Palm Kernel Fatty Acid Distillate is one full ISO tank (approximately 20–22 metric tonnes) or one flexitank (16–20 MT). For buyers requiring less, we offer drum-packed quantities from 500 kg upward, subject to availability. Full container loads and multi-container shipments attract preferential pricing. Please reach out to our procurement team with your annual volume requirement to discuss tiered pricing and long-term supply agreements. **Q3: Is your PKFAD ISCC certified for biofuel and biobased chemical applications?** Yes. Bio Green Wax supplies ISCC (International Sustainability & Carbon Certification) certified PKFAD for buyers targeting EU Renewable Energy Directive (RED II/III) compliance in biodiesel and biobased chemical production. PKFAD qualifies as a Category 1 waste and residue feedstock under RED II, offering significantly enhanced GHG savings over fossil alternatives. Certified batch documentation, sustainability declarations, and chain-of-custody records are available on request. Contact us for a supply quote with ISCC certification. **Q4: What is the iodine value and saponification value of your PKFAD?** Our PKFAD typically carries an iodine value (IV) of 14–22 g I2/100g, reflecting its predominantly saturated fatty acid composition dominated by lauric and myristic acids. The saponification value (SV) ranges from 225–240 mg KOH/g, making it ideal for soap and oleochemical splitting. These parameters are confirmed in every batch Certificate of Analysis. For speciality applications requiring tighter IV windows, please share your specification and our technical team will advise on available grades. **Q5: Can PKFAD be used as a feedstock for lauric acid and myristic acid production?** Absolutely. PKFAD is one of the most cost-effective commercial feedstocks for lauric acid (C12:0) and myristic acid (C14:0) production via fractional distillation or hydrolysis and fractionation. With lauric acid comprising 45–52% and myristic acid 14–18% of the fatty acid profile, PKFAD is widely used by oleochemical manufacturers producing fatty acids for personal care, detergent, and pharmaceutical applications. Bio Green Wax offers consistent supply of PKFAD with detailed fatty acid profiling to support your refinery procurement decisions. **Q6: What is the moisture content and colour specification of your PKFAD?** Our PKFAD is supplied with a moisture and impurity (M&I) content of less than 1.0% and typically below 0.5% for export-grade material. Colour is measured on the Gardner scale, typically Gardner 8–14 depending on the origin refinery and storage conditions. Full colour, moisture, and FFA specifications are included in the CoA issued with each lot. If your process requires specific colour or moisture limits, please share your incoming quality control specification and we will match accordingly. **Q7: Do you supply PKFAD for animal feed formulations?** Yes. Palm Kernel Fatty Acid Distillate is used as an energy-dense supplement in ruminant and poultry feed, valued for its high saturated fatty acid content and caloric density. Bio Green Wax can supply PKFAD meeting animal feed quality specifications including low moisture, low impurities, and food safety compliance. We provide documentation to support GMP+ or equivalent feed safety certification requirements. Please contact our B2B team to discuss volumes, packaging, and documentation requirements for animal feed-grade PKFAD. **Q8: What documentation do you provide for PKFAD import compliance?** For each PKFAD shipment, Bio Green Wax provides a comprehensive documentation package including: Certificate of Analysis (CoA), Material Safety Data Sheet (MSDS/SDS), Bill of Lading, Packing List, Certificate of Origin, Phytosanitary Certificate (where required), Halal Certificate (on request), and ISCC sustainability declaration (for certified lots). For EU imports, we support EUDR traceability requirements and provide all documentation necessary for customs classification under HS Code 1519.90 or 3823.11. Our trade documentation team ensures smooth customs clearance. **Q9: Is your PKFAD suitable for biodiesel production meeting RED II criteria?** Yes. PKFAD is classified under Annex IX Part B of the EU Renewable Energy Directive as a waste and residue feedstock, qualifying for double-counting in renewable energy targets. Bio Green Wax supplies ISCC-certified PKFAD with full GHG lifecycle data, enabling biodiesel producers to demonstrate greater than 65% GHG savings versus fossil diesel. We can supply single-lot or contract volumes with batch-level sustainability documentation. Contact our team to discuss long-term supply arrangements for your biodiesel or SAF production requirements. **Q10: What packaging formats are available for PKFAD supply — bulk liquid or drums?** Bio Green Wax supplies PKFAD in the following formats: bulk liquid via ISO tanks (20–22 MT), flexitanks (16–20 MT), heated road tankers for local/regional delivery, and 200-litre steel drums (approximately 180 kg net) for smaller B2B buyers. Bulk shipments are the most cost-effective option for large oleochemical processors and biodiesel producers. All packaging meets international shipping and ADR compliance requirements. Please inform us of your port, unloading infrastructure, and preferred volume so we can recommend the optimal packaging format. **Q11: What is the shelf life and recommended storage condition for PKFAD?** PKFAD has a recommended shelf life of 12 months from the date of manufacture under proper storage conditions. It should be stored in clean, dry, nitrogen-blanketed tanks or containers at temperatures between 40–60°C to maintain fluidity and prevent oxidation. Exposure to air, moisture, and metals (particularly copper and iron) accelerates oxidative deterioration. For long-term storage, antioxidant addition (e.g., BHT) and inert gas blanketing are advisable. Our SDS provides full handling and storage guidance compliant with GHS standards. **Q12: Do you provide Certificate of Analysis and batch testing reports for PKFAD?** Yes. Every batch of PKFAD supplied by Bio Green Wax is accompanied by a Certificate of Analysis (CoA) generated by an accredited laboratory, covering FFA content, iodine value, saponification value, moisture & impurity, colour (Gardner), and fatty acid composition by GC. Additional testing — including heavy metals, dioxins, PAH, and microbial analysis — can be arranged on request for sensitive applications. CoAs are issued per lot/batch for full traceability. We also retain batch reference samples for a minimum of 12 months post-shipment. **Q13: Can PKFAD be used in rubber and textile processing applications?** Yes. PKFAD finds industrial application as a fatty acid source in rubber processing (as a release agent and processing lubricant), textile softening agents, and leather treatment compounds. Its high FFA content and lauric-rich composition make it suitable for formulating textile auxiliaries and finishing agents. Bio Green Wax can supply PKFAD to industrial-grade specifications for non-food applications. Please share your technical requirements and intended use so we can advise on the most appropriate grade and provide a competitive supply quotation. **Q14: What is the typical caproic, caprylic, and capric acid content in your PKFAD?** In addition to its major lauric (C12, 45–52%) and myristic (C14, 14–18%) fractions, our PKFAD contains minor but commercially significant quantities of caproic acid (C6:0, 0.2–0.5%), caprylic acid (C8:0, 3–5%), and capric acid (C10:0, 3–5%). These medium-chain fatty acids contribute to PKFAD's value as a source material for MCT production and speciality fatty acid manufacturers. Full GC fatty acid profiling is included in the CoA. Buyers targeting specific C8/C10 ratios for MCT applications should contact us for further guidance. **Q15: Do you supply PKFAD to buyers in Europe, India, and the Middle East?** Yes. Bio Green Wax supplies Palm Kernel Fatty Acid Distillate to B2B buyers in Europe (Germany, Netherlands, Belgium, Poland), India (major oleochemical hubs in Gujarat, Tamil Nadu, Maharashtra), the Middle East (UAE, Saudi Arabia, Oman), Southeast Asia, and Africa. We work with established freight forwarders and CHAs in each region to ensure compliant, on-time delivery. Our team can offer CIF, CFR, or FOB pricing to your preferred port. Contact us with your destination port and volume to receive a competitive quotation within 24 business hours. **Q16: What are the lead times for bulk PKFAD delivery?** Standard lead times for bulk PKFAD from origin refineries (Malaysia, Indonesia) are 3–6 weeks to European ports and 2–4 weeks to Indian and Middle Eastern ports, depending on vessel scheduling and documentation processing. For buyers with urgent requirements, we maintain limited spot availability in key transit hubs. Long-term contract buyers can benefit from allocated shipment slots with shorter lead times. Please share your required delivery window when enquiring so our logistics team can provide a precise schedule. **Q17: Is your PKFAD from RSPO certified palm kernel processing?** Yes. Bio Green Wax can supply PKFAD derived from RSPO-certified palm kernel oil refining under Mass Balance (MB) or Identity Preserved (IP) supply chain models, depending on buyer requirements. RSPO credit certificates (eRTRs) are available for MB supply. For buyers requiring full segregated certified material, please discuss your specification with our sustainability team. RSPO certification documentation is provided alongside standard shipping documents. We are committed to responsible sourcing and full traceability in our palm-derived supply chain. **Q18: What quality standards do you test PKFAD against before shipment?** Bio Green Wax tests PKFAD against PORAM (Palm Oil Refiners Association of Malaysia) standard specifications as the primary quality benchmark, alongside buyer-specific incoming quality specifications where applicable. Pre-shipment testing covers: FFA (%), iodine value, saponification value, moisture & impurity (M&I), colour (Gardner), and fatty acid profile by GC. For ISCC-certified lots, additional sustainability traceability verification is completed. Independent third-party inspection by SGS, Intertek, or Bureau Veritas can be arranged at buyer's request. **Q19: Can PKFAD be supplied blended with other fatty acid distillates to specific specifications?** Yes. Bio Green Wax offers custom blending of PKFAD with PFAD (Palm Fatty Acid Distillate) or other vegetable fatty acid streams to achieve target FFA levels, specific IV ranges, or custom fatty acid profiles for speciality oleochemical applications. Blending is performed at approved facilities with full quality control and documentation. Custom blended grades are available from minimum 1 FCL (full container load). Please share your target specification and intended application so our technical team can design the most appropriate blend and provide a quotation. **Q20: What are the lead times for PKFAD supply to European biodiesel producers?** For European biodiesel producers, typical PKFAD lead times are 4–7 weeks from booking confirmation to arrival at Rotterdam, Hamburg, or Antwerp — subject to vessel availability and documentation timelines. ISCC-certified lots may require an additional 3–5 business days for sustainability documentation preparation. We recommend buyers with regular consumption establish monthly or quarterly supply contracts to secure priority allocation and stable pricing. Contact our European sales desk to discuss a structured supply program tailored to your production schedule. **Q21: Does Bio Green Wax supply Palm Kernel Fatty Acid Distillate (PKFAD) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Kernel Fatty Acid Distillate (PKFAD), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Kernel Fatty Acid Distillate (PKFAD). --- #### Coconut Wax - **Product Page**: https://biogreenwax.com/products/coconut-wax - **Applications**: Container & jar candles, Scented candles, Massage candles, Cosmetics & skincare, Wax melts & tarts, Luxury candle blends Coconut Wax, derived from coconut oil (Scientific name: Cocos nucifera), is created by hydrogenating the oil from mature coconut kernels into a creamy, solid wax. This process stabilizes the oil, raises its melting point, and produces a slow‑burning, eco‑friendly wax. Rich in natural fatty acids, coconut wax is prized for its clean combustion, excellent fragrance retention, and smooth texture. It is widely used in premium candles, cosmetics, and polishes, often blended with soy wax for stability. Though smaller in market share than paraffin or soy, coconut wax has grown rapidly in recent decades as consumers seek sustainable alternatives. Historically, coconut oil has been used for centuries in tropical regions for food and medicine, with wax production emerging in the late 20th century. Interesting fact: coconut wax burns cooler and longer than paraffin, producing minimal soot and making it ideal for luxury scented candles. **Frequently Asked Questions about Coconut Wax** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/coconut-wax/faq **Q1: What is the melting point of your coconut wax — is it suitable for container candles?** Bio Green Wax supplies coconut wax with a melting point of 38–45°C, making it ideally suited for container (jar) candle applications. Its relatively low melting point means it remains liquid at room temperature in warm climates, so it is almost exclusively used in containers rather than freestanding candles. For blended applications (coconut/rapeseed, coconut/soy, or coconut/beeswax blends), we also supply coconut wax grades with slightly elevated melting points of 45–52°C. Full melting point specifications are confirmed in the CoA provided with each batch. Contact our candle technical team for the most appropriate grade for your specific candle format. **Q2: Is your coconut wax hydrogenated from virgin or refined coconut oil?** Bio Green Wax supplies coconut wax hydrogenated primarily from refined coconut oil (RBD — Refined, Bleached, Deodorised), which delivers a white, clean, odour-neutral wax suitable for fragranced candle applications. Coconut wax produced from virgin coconut oil is also available as a premium option, carrying a light natural coconut aroma. Hydrogenation converts the liquid coconut oil into a solid wax by saturating its lauric-acid-rich fatty acid chains. The source oil significantly affects the wax's colour, odour, and purity — our standard grade (from RBD coconut oil) is preferred for professional candle production. Contact us to confirm your preferred source preference. **Q3: What is the minimum order quantity for bulk coconut wax?** Our minimum order quantity for coconut wax is 25 kg (1 carton or bag) for small candle makers placing initial orders, and 20 MT (1 FCL) for industrial-scale buyers. For mid-volume buyers, pallet quantities of 200–600 kg are available. Full container loads offer the most competitive per-kg pricing. Trial and sample orders of 1–5 kg are available for performance testing purposes, subject to a small handling fee. Large candle manufacturers and contract producers can access tiered volume pricing and long-term supply agreements with priority allocation. Contact our sales team with your expected monthly volume for an appropriate pricing proposal. **Q4: What fragrance loading percentage does your coconut wax support?** Coconut wax is known for its exceptional fragrance-holding capacity. Our container-grade coconut wax supports fragrance loading of up to 10–12% by weight, higher than most soy wax grades. This makes coconut wax a favourite among luxury candle brands looking for maximum scent throw with a premium natural positioning. Optimal fragrance loading for most applications is 8–10%. As with all waxes, we recommend conducting your own small-batch tests to confirm the optimal load for your specific fragrance oil, as polarity and flashpoint affect binding. Our technical team can provide fragrance compatibility guidance and test protocol recommendations. **Q5: What is the current price for coconut wax per kg or per tonne?** Coconut wax is typically priced at a premium over soy and paraffin wax, reflecting the higher cost of coconut oil as a raw material and the additional hydrogenation processing. Bio Green Wax provides competitive current pricing for coconut wax — please contact our sales team directly for an up-to-date quotation based on your order volume, required grade, and destination. Pricing is significantly more favourable for FCL orders versus small parcel shipments. We also offer fixed-price annual supply agreements for high-volume candle manufacturers. Include your estimated monthly volume and destination port when requesting a quotation. **Q6: Is your coconut wax certified vegan and sustainable for eco-friendly candle brands?** Yes. Bio Green Wax coconut wax is 100% plant-derived, contains no animal-derived ingredients, and is not tested on animals — fully qualifying it as vegan and cruelty-free. Vegan society certification or equivalent documentation is available on request. For sustainability claims, we offer RSPO-certified (Mass Balance or Segregated) coconut wax for brands with palm-free or traceable-palm supply chain commitments. For brands marketing coconut wax as a sustainable, eco-friendly, or natural ingredient, we provide origin certificates, carbon footprint data (on request), and supply chain transparency documentation. **Q7: What is the FFA content and colour specification of your coconut wax?** Our coconut wax has a free fatty acid (FFA) content below 0.3% and a Lovibond colour specification of max 0.5 Red / 5 Yellow, delivering a bright white appearance in natural form. These quality parameters confirm the purity and degree of hydrogenation of the source coconut oil. Low FFA content contributes to clean burning, minimal odour interference, and excellent fragrance compatibility. Colour and FFA are tested and confirmed in the CoA for each production batch. Colour consistency across batches is important for candle brands using uncoloured (natural) coconut wax in their product line. Contact us for batch CoA samples. **Q8: Does coconut wax perform well for scented jar candles with good scent throw?** Yes. Coconut wax is widely regarded as one of the highest-performing natural waxes for scent throw in container candles. Its molecular structure allows it to bind and release a high proportion of fragrance oil during burning, delivering a strong and consistent hot throw. Cold throw (fragrance from the unlit candle) is also excellent. Coconut wax burns at a lower temperature than soy or paraffin, creating a larger, more even melt pool which improves fragrance volatilisation. These properties make it the wax of choice for luxury and premium scented candle brands. Our technical team can advise on fragrance and wick pairing for your specific jar size. **Q9: Can coconut wax be used for massage candles and body care applications?** Yes. Coconut wax's low melting point (38–45°C) makes it ideal for massage candles, where the wax melts into a warm body oil at skin-safe temperatures. Massage candles are typically formulated with coconut wax, skin-conditioning oils (jojoba, sweet almond, coconut oil), and fragrance or essential oils, producing a product that delivers both candlelight ambience and a nourishing massage oil. Bio Green Wax supplies cosmetic-grade coconut wax with full INCI documentation and EU Cosmetics Regulation compliance for massage candle and body care applications. Contact our cosmetics ingredients team for a grade specification and sample. **Q10: Do you supply coconut wax in flake or pellet form?** Bio Green Wax supplies coconut wax in natural flakes and small pastilles/pellets. Flakes are the most common format for candle makers, offering easy measurement, consistent melting, and convenient packaging in 25 kg cartons or bags. Pellets are preferred by large-scale production facilities with automated dispensing and weighing systems. Both formats are available in 25 kg packing units, pallet quantities, and 1,000 kg supersacks for high-volume buyers. Solid blocks can be arranged for very large-volume melting applications on request. Please specify your preferred form and production scale when enquiring. **Q11: What is the shrinkage behaviour and glass adhesion quality of your coconut wax?** Coconut wax is known for its excellent glass adhesion and minimal shrinkage — two of its most valued properties for container candle production. It adheres tightly to glass walls during cooling, resulting in a smooth, professional finish with minimal wet spots or pull-away. Shrinkage (surface sinkholes) is significantly less pronounced than with soy wax, often eliminating the need for a second pour. For best results, pour at 50–60°C into room-temperature glass containers and allow to cool slowly at ambient temperature. Our technical team can provide a full pour temperature and cooling protocol for your specific jar format and production environment. **Q12: Is your coconut wax organic certified for use in premium natural candle products?** Yes. Bio Green Wax offers USDA Organic and/or ECOCERT-certified coconut wax grades for premium natural and organic candle brands that carry on-label organic certification claims. Organic-certified coconut wax is produced from certified organic coconut oil, grown without synthetic pesticides or fertilisers, with the organic chain of custody maintained through hydrogenation processing. Due to the premium raw material cost, organic-certified coconut wax carries a price premium over standard grades. Minimum order quantities and lead times for organic grades may differ from standard supply. Contact our sustainability team for organic certification documentation and pricing. **Q13: What are the packaging formats for coconut wax supply — cartons, bags, or drums?** Coconut wax from Bio Green Wax is packaged in: 25 kg corrugated cartons (flakes — ideal for small to medium candle makers), 25 kg multi-wall paper bags (flakes or pellets), 500 kg and 1,000 kg supersacks (for large automated production facilities), and pallet quantities (typically 500–700 kg per pallet). We do not typically supply coconut wax in drums. All packaging is clearly labelled with product name, grade, certification status, net weight, and batch information. Palletised shipments are stretch-wrapped for container transport. Please specify your preferred packaging format and quantity when placing your enquiry. **Q14: Can you supply coconut wax blended with rapeseed wax as a coconut-rapeseed blend?** Yes. Bio Green Wax offers a premium Coconut-Rapeseed Wax Blend combining the superior fragrance performance and glass adhesion of coconut wax with the European origin, lower carbon footprint, and vegan-friendly credentials of rapeseed (canola) wax. Our standard blend is 50:50 coconut/rapeseed, with custom ratios available. This blend is highly popular with UK and European natural candle brands seeking a fully EU or UK-origin wax alternative to imported soy wax. The blend is vegan, non-GMO, and available with sustainable sourcing certification. See our dedicated Coconut-Rapeseed Wax Blend product listing for full specifications and pricing. **Q15: What is the shelf life and storage condition for coconut wax?** Coconut wax has a shelf life of 18–24 months from the production date under proper storage conditions. It should be stored in a cool, dry, well-ventilated area at temperatures below 30°C, away from direct sunlight, heat sources, and strong odours. In warmer climates, storage at temperatures above the wax melting point (38–45°C) will cause it to liquefy — this does not damage the wax but requires re-solidification before use. All packaging should remain sealed until use to prevent contamination and moisture absorption. FIFO stock rotation is recommended. Full storage and handling guidance is provided in the SDS. **Q16: What is the recommended pour temperature and minimum fragrance load for coconut wax?** For coconut wax container candles, we recommend melting the wax to 55–60°C, adding fragrance oil at 50–55°C, mixing thoroughly for 2 minutes, and then pouring at 45–50°C into room-temperature glass containers. Pouring below 45°C may cause rough or grainy surfaces. Minimum recommended fragrance load is 6% by weight; optimal performance is achieved at 8–10%. Allow candles to cure for 24–48 hours at room temperature before burning. Avoid cooling candles in a refrigerator or cold environment, as rapid temperature change causes cracking. Our full candle-making technical guide is available from our candle support team. **Q17: Is coconut wax suitable for tealight, votive, or wax melt applications?** Coconut wax performs excellently in wax melts and tealights, where its high fragrance load capacity and low melt pool temperature deliver outstanding scent throw in warmers and tealight holders. For tealights, we recommend using our slightly harder coconut wax grade (melting point 42–48°C) to ensure the tealight retains shape during packaging and transport. For wax melts, the standard container grade (38–45°C) works beautifully. For votive candles, a coconut/beeswax or coconut/soy blend is recommended for improved freestanding stability. Contact our technical team for specific grade recommendations for each application. **Q18: What certifications do you provide for coconut wax — RSPO, organic, non-GMO?** Bio Green Wax can provide the following certifications for coconut wax depending on the grade ordered: RSPO Mass Balance (MB) certification for palm kernel/coconut origin traceability, Organic certification (USDA Organic or ECOCERT) for certified organic grades, Non-GMO declaration (coconut is not a commercially GMO crop), Vegan/cruelty-free declaration, Halal certification (on request), and Kosher certification (on request). These certifications are increasingly required by premium candle brands in European and North American markets to support product labelling and retail compliance. Please specify your certification requirements when requesting a quotation. **Q19: What are the lead times for coconut wax supply to European and Asian candle makers?** Standard lead times for coconut wax from our supply origins (Philippines, Indonesia, India) are: 4–6 weeks to European ports (Rotterdam, Felixstowe, Hamburg), 2–3 weeks to South/Southeast Asian ports, and 3–4 weeks to Middle Eastern ports. For UK and European buyers, we work with select European stock-holding distributors who can supply popular coconut wax grades within 1–2 weeks. For production-critical buyers, long-term supply contracts with pre-positioned inventory are available to ensure continuity of supply. Please share your required delivery window and destination port when enquiring for a precise lead time. **Q20: Do you provide technical data sheets with performance benchmarks for your coconut wax?** Yes. Bio Green Wax provides comprehensive technical data sheets (TDS) for all coconut wax grades, covering: melting point, FFA content, colour specification, fragrance loading capacity, recommended pour temperature range, expected shrinkage behaviour, glass adhesion rating, and wick recommendations for standard jar sizes. Performance benchmarks including hot throw rating, cold throw rating, and burn time estimates are included where available. TDS documents are available in PDF format upon request. For buyers developing new candle products, our technical support team is also available for formulation consultation via email or video call. **Q21: Does Bio Green Wax supply Coconut Wax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Coconut Wax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Coconut Wax. --- #### Soap Noodles - **Product Page**: https://biogreenwax.com/products/soap-noodles - **Applications**: Bar soap manufacturing, Hotel & hospitality soaps, Medicated & antiseptic soaps, Beauty & skincare soaps, Laundry soap bars, Industrial soap production Soap Noodles are semi‑finished soap products made by saponifying vegetable oils or animal fats with sodium hydroxide (lye). They come in small, pellet‑like shapes and serve as the base material for manufacturing bar soaps. Soap noodles are typically composed of 78–80% total fatty matter (TFM), with the rest being moisture and minor additives. They can be derived from palm oil, palm kernel oil, coconut oil, or tallow, and are classified by their TFM content and fatty acid composition. Soap manufacturers purchase noodles to blend with fragrances, colors, and other additives before extruding them into finished bars. The global soap noodle market is significant, with major production hubs in Southeast Asia, particularly Malaysia and Indonesia. Interesting fact: soap noodles allow small‑scale manufacturers to produce branded soaps without needing full saponification facilities, lowering barriers to entry in the soap industry. **Frequently Asked Questions about Soap Noodles** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/soap-noodles/faq **Q1: What percentage TFM (Total Fatty Matter) do your soap noodles carry — 78%, 80%, or 85%?** Bio Green Wax supplies soap noodles in the three most commercially demanded TFM grades: 78% TFM (economy grade for laundry and low-cost toilet bars), 80% TFM (standard grade for mainstream toilet soap bars), and 85% TFM (premium grade for high-quality personal care and hospitality soap brands). TFM directly determines bar quality — higher TFM produces harder, longer-lasting bars with superior lather. Our CoA confirms TFM, moisture, free caustic, and NaCl content for every lot. Please share your intended bar specification and application so our technical team can recommend the optimal TFM grade for your production line. **Q2: What vegetable oil base are your soap noodles made from — palm, coconut, or blend?** Bio Green Wax offers soap noodles made from palm-based (RBD palm oil, palm stearin), coconut-based (palm kernel oil, coconut oil), and blended vegetable oil bases. Palm-based noodles are the most widely used globally, delivering hard bars with good lather. Coconut/PKO-based noodles provide superior lather but softer bars and are typically blended with palm. Standard 80% TFM noodles are generally produced from a palm/palm kernel blend at approximately 80:20 ratio. Noodles from other vegetable oil bases (e.g., sunflower, rapeseed) can be sourced on request for buyers targeting specific oil-free claims. Please share your preference when enquiring. **Q3: What is the minimum order quantity for bulk soap noodles?** Our minimum order quantity for soap noodles is 1 FCL (full container load), typically 20–24 metric tonnes in 25 kg or 50 kg bags on pallets. For buyers in trial or production testing phases, we can supply part-container loads from 5 MT subject to availability and logistics feasibility. Large-scale soap manufacturers consuming multiple containers per month are offered long-term supply agreements with priority allocation, fixed pricing windows, and customised delivery scheduling. Please contact our B2B team with your annual consumption volume to receive an appropriate supply proposal. **Q4: Do you supply Halal certified soap noodles for personal care manufacturers?** Yes. All soap noodles supplied by Bio Green Wax are available with Halal certification from a recognised Islamic authority, confirming vegetable oil origin, Shariah-compliant processing, and the absence of any animal-derived materials. Halal-certified soap noodles are a mandatory sourcing requirement for manufacturers supplying personal care products to Muslim-majority markets across the Middle East, Africa, Southeast Asia, and South Asia. Our Halal certificate is issued per production lot and accompanies all shipping documents. For buyers requiring both Halal and RSPO certification, please specify this when requesting a quotation. **Q5: What is the moisture content and free caustic level in your soap noodles?** Our standard 80% TFM palm-based soap noodles have a moisture content of 12–17% (consistent with TFM grade — lower TFM grades carry proportionally higher moisture) and a free caustic (NaOH) content below 0.1%, with a target near neutral pH. Free caustic levels above 0.1% can cause skin irritation in finished bars. The NaCl (salt) content is typically 0.3–0.7% in our standard grades. All these parameters are confirmed by accredited laboratory analysis in the CoA accompanying each shipment. Buyers with tight incoming moisture or caustic specifications should share these at the time of enquiry. **Q6: What is the current FOB/CIF price for soap noodles per metric tonne?** Soap noodle prices are directly linked to the cost of palm oil and caustic soda and fluctuate with commodity markets. Bio Green Wax provides competitive FOB and CIF pricing from origin (Malaysia, Indonesia, India) to all global destination ports. Pricing depends on TFM grade, annual volume, and delivery schedule. To receive a current market quotation, contact our B2B procurement team with your TFM grade, destination port, and estimated monthly volume. We offer spot pricing for immediate requirements and forward pricing for buyers who prefer price certainty over 3–12 months. Long-term contract pricing is significantly more competitive than spot. **Q7: Are your soap noodles suitable for hotel toilet bar and laundry bar soap production?** Yes. Bio Green Wax soap noodles are widely used for both hotel amenity soap production and industrial laundry bar manufacturing. For hotel toilet bars (typically 20–30g), we recommend our 80% TFM palm/PKO blend noodles, which deliver excellent lather, white colour, and a smooth bar surface. For laundry bars (which are typically harder and contain higher filler levels), our 78% TFM economy-grade noodles are cost-effective. We can also customise noodle oil blends to specific bar performance targets (lather volume, bar hardness, mildness). Contact our technical team with your bar specification and annual volume for a tailored supply proposal. **Q8: What is the colour (AOCS or Gardner) specification of your white soap noodles?** Our white soap noodles are produced from refined, bleached vegetable oils and have a Lovibond colour specification of max 1.5 Red / 15 Yellow (or equivalent AOCS Cc 13e-92 specification). White noodles yield finished soap bars with a clean, bright white appearance preferred in premium toilet bars and hospitality brands. Yellow or off-white noodles (produced from less refined oils or blended bases) are available at lower cost for economy soap grades. All colour parameters are confirmed in the CoA. For buyers with specific colour requirements (e.g., for custom-coloured or white-label bars), please share your colour specification at the time of enquiry. **Q9: What packaging formats are available for soap noodles — bags, supersacks, or loose bulk?** Soap noodles from Bio Green Wax are packaged in: 25 kg polypropylene woven bags (standard), 50 kg polypropylene bags (for buyers with high-capacity production lines), and 1,000 kg supersacks (bulk bags/jumbo bags) for large automated soap production facilities. Bags are palletised and stretch-wrapped for safe container loading. We do not supply loose bulk soap noodles. All packaging is clearly labelled with product grade, TFM content, production date, batch number, and net weight. Custom private-label bag printing is available for buyers requiring branded sacks. Please specify your preferred packaging format when enquiring. **Q10: Do you supply transparent soap noodles or glycerine soap noodles?** Yes, Bio Green Wax can supply glycerine soap noodles for transparent (glycerine) soap production on request. Transparent soap noodles have a higher glycerine content and are produced using an alcohol-based saponification process, delivering the distinctive clear appearance of glycerine soap bars. They are available in 75–80% TFM grades with Halal certification. Transparent noodles are used by premium soap manufacturers producing luxury clear bars, novelty soaps, and artisanal personal care products. Due to their speciality nature, lead times and pricing differ from standard opaque noodles. Contact our team for a transparent soap noodle quotation and specification sheet. **Q11: Can you supply soap noodles meeting EN ISO or AOCS quality standards?** Yes. Bio Green Wax soap noodles are tested against AOCS (American Oil Chemists' Society) standard test methods for TFM, moisture, free caustic, NaCl, and colour. For European buyers, we can supply with test reports referencing EN ISO 685 (TFM determination) and related norms. Our supplier network includes certified manufacturing plants that operate under HACCP, ISO 9001, and GMP quality management systems. Third-party inspection by SGS or Intertek can be arranged at loading port on buyer request. Please share your incoming quality standard when enquiring so we can confirm pre-supply conformance. **Q12: Is your soap noodles supply RSPO certified for sustainable palm sourcing?** Yes. Bio Green Wax supplies RSPO-certified soap noodles under Mass Balance (MB) supply chain certification, with RSPO credits (eRTRs) transferable to the buyer. Segregated (SG) certified soap noodles are available from select certified manufacturing plants subject to availability and premium pricing. RSPO certification is increasingly required by European, North American, and premium Asian brands sourcing palm-based personal care ingredients. We provide RSPO certificate of transaction documentation with certified lot shipments. For buyers with mandatory RSPO supply chain policies, please discuss your certification model requirements with our sustainability team. **Q13: What is the iodine value and saponification value of your soap noodles?** The iodine value (IV) of our palm-based soap noodles (as the fatty acid base stock) is typically 45–55 g I2/100g, reflecting their predominant palmitic and oleic acid composition. The saponification value (SV) of the fatty acid fraction is 195–210 mg KOH/g. These values vary depending on the oil blend used (palm-heavy blends have lower IV than coconut-heavy blends). While IV and SV are more commonly quoted for the oil feedstock rather than the finished noodle, we can provide this data where required. Please contact our technical team for the specific analytical data for your required noodle grade. **Q14: Do you supply medicated or antibacterial soap noodle formulations?** Yes. Bio Green Wax can supply or facilitate the supply of soap noodles pre-incorporated with antibacterial actives such as Triclosan, Triclocarban (TCC), or zinc pyrithione for medicated and antimicrobial soap bar production. These formulations are popular in hospital, healthcare, and sanitation-focused soap products in markets including Africa, South Asia, and the Middle East. Custom formulations with specific active concentrations can be developed in partnership with our soap formulation partners. Regulatory documentation for the antibacterial actives (MSDS, SDS, regulatory status by market) is provided. Contact our technical sales team for a formulation consultation. **Q15: What is the shelf life of soap noodles in standard storage conditions?** Soap noodles have a recommended shelf life of 12–18 months from the production date under proper storage conditions. They should be stored in a cool, dry, well-ventilated warehouse at ambient temperature (15–30°C), away from direct sunlight, heat, moisture, and strong odours. Exposure to excess heat can cause noodles to soften and stick together, while moisture absorption increases the effective water content and reduces TFM performance. Bags should be stored off the ground on pallets and protected from condensation. Our SDS and packaging labels provide full storage guidance. First-in, first-out (FIFO) stock rotation is recommended. **Q16: Can you supply soap noodles with custom fragrance or colour for white label production?** Yes. Bio Green Wax can work with your white label soap brand requirements to supply pre-fragranced or pre-coloured soap noodles, or to facilitate the supply of plain noodles alongside compatible fragrance and colour additive recommendations for your in-house processing. Custom fragrance incorporation (typically 0.5–2% by weight) and colour pigment addition can be arranged with our formulation partners for minimum order quantities of 5–10 MT. We also support private-label buyers with custom packaging (branded bags) and labelling. For a full white-label soap supply discussion, please contact our brand services team. **Q17: What are the lead times for soap noodle delivery to African and Asian soap manufacturers?** Lead times for soap noodles from our supply origins (Malaysia, Indonesia, India) are: 3–5 weeks to West African ports (Lagos, Tema, Abidjan), 3–4 weeks to East African ports (Mombasa, Dar es Salaam), 2–3 weeks to South/Southeast Asian ports (Chennai, Colombo, Bangkok), and 3–4 weeks to Middle Eastern ports. Production and packing require 1–2 weeks for non-stocked grades. Long-term contract buyers with regular shipment schedules benefit from pre-packed inventory and shorter effective lead times. Contact our Africa/Asia regional sales team for a precise delivery schedule and competitive freight quotation. **Q18: Do you provide Certificate of Analysis and packing lists with each soap noodle shipment?** Yes. Every soap noodle shipment from Bio Green Wax is accompanied by: a Certificate of Analysis (covering TFM, moisture, NaCl, free caustic, and colour), Packing List, Bill of Lading, Certificate of Origin, Halal Certificate, MSDS/SDS, and Invoice. RSPO certificate of transaction is provided for certified lots. SGS or Intertek pre-shipment inspection certificates can be arranged at buyer's request and cost. All documents are provided in English and can be apostilled or notarised for import countries requiring these formalities. Our documentation team ensures all paperwork is correct and complete before vessel departure. **Q19: Can soap noodles be supplied as a blend of palm and palm kernel derived bases?** Yes. The most common commercial soap noodle formulations are blends of palm oil-derived soap (providing hardness and longevity) and palm kernel oil or coconut oil-derived soap (providing superior lather and cleansing). Bio Green Wax offers customised oil blend ratios — from 100% palm-based to 70:30 palm/PKO blends — to achieve your target bar hardness, lather characteristics, and skin feel. Custom blends are available from 20 MT MOQ and are produced against agreed specifications with full CoA documentation. Please share your bar performance specification and our technical team will recommend the optimal blend ratio. **Q20: What documentation is required for soap noodle import into Nigeria, India, or the GCC?** Import documentation requirements vary by destination: Nigeria requires a Form M (pre-shipment financing), NAFDAC-related product notification for personal care use, SON certification for some grades, Certificate of Origin, CoA, Halal certificate, and SGS or pre-shipment inspection report. India requires a Bill of Entry, CoA, CoO, and IEC (Import Export Code) compliance. GCC countries (UAE, Saudi Arabia, Oman, Kuwait) typically require a Halal certificate from a GCC-approved Halal body, CoA, CoO, and product registration in some markets. Bio Green Wax has experience exporting to all these markets and our documentation team handles all pre-shipment paperwork requirements. **Q21: Does Bio Green Wax supply Soap Noodles internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Soap Noodles, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Soap Noodles. --- #### Soy Wax - **Product Page**: https://biogreenwax.com/products/soy-wax - **Applications**: Container & jar candles, Pillar candles, Scented candles, Wax melts & tarts, Cosmetics & skincare, Massage candles, Candle blends Soy Wax, derived from soybean oil (Scientific name: Glycine max), is produced by hydrogenating soybean oil into a solid, creamy wax. This process stabilizes the oil, raises its melting point, and creates a renewable, biodegradable alternative to paraffin. Rich in natural triglycerides, soy wax burns cleaner, cooler, and longer, with excellent fragrance retention and minimal soot. It is widely used in candles, cosmetics, and eco‑friendly coatings, often blended with other plant waxes for stability. First commercialized in the 1990s as a sustainable candle wax, soy wax now dominates the natural candle market in North America and Europe. Interesting fact: soy wax is favored for container candles because of its smooth finish and ability to hold fragrance oils effectively. **Frequently Asked Questions about Soy Wax** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/soy-wax/faq **Q1: What melting point grades of soy wax do you supply — container (48–52°C) or pillar (54–60°C)?** Bio Green Wax supplies soy wax in two primary melting point grades: Container grade (melting point 48–52°C) — the most popular format for jar and container candles, offering a soft, creamy texture and excellent glass adhesion; and Pillar/Votive grade (melting point 54–60°C) — a harder formulation designed for freestanding pillar candles, votives, and wax melts. Both grades are available in natural flake or pellet form. Custom melting point specifications between these ranges can also be developed for specific candle applications. Please share your candle type and performance requirements and our technical team will recommend the most suitable grade. **Q2: Is your soy wax non-GMO certified for use in natural and organic candle products?** Yes. Bio Green Wax supplies non-GMO certified soy wax, with non-GMO declarations available from our supply partners. Non-GMO soy wax is an important differentiator for natural candle brands, particularly in premium retail markets in Europe, North America, and Australia where consumers actively seek non-GMO certified ingredients. Non-GMO Project Verification (US) or equivalent European third-party certification can be requested. We also supply USDA Organic certified soy wax for brands carrying organic claims. Please specify your required certification standard when enquiring so we can confirm availability and provide the appropriate documentation. **Q3: What is the minimum order quantity for bulk soy wax supply?** Our minimum order quantity for soy wax is 200 kg (1 pallet) for packed (flake/pellet) orders and 20 MT for full container loads, which is the most cost-effective bulk format. Small candle makers and independent brands can order from 25 kg cartons as a starting quantity. Sample packs (1–5 kg) are available for performance testing and wick selection. High-volume candle manufacturers and contract candle producers can access tiered pricing with significant discounts from the second FCL upward. Contact our candle industry sales team for a volume-appropriate quotation and lead time. **Q4: What fragrance loading capacity does your soy wax support as a percentage?** Our container-grade soy wax supports fragrance loading of 6–10% by weight, with optimal performance typically at 7–8% for most fragrance oil types. Pillar-grade soy wax supports slightly lower fragrance loads of 5–7% due to its harder formulation. Fragrance loading capacity depends on the specific fragrance oil's polarity and solubility in soy wax — high-polarity fragrances may bind better than others. We recommend performing your own small-batch fragrance testing to confirm the optimal load for your specific fragrance. Our technical team can provide guidance on maximum fragrance load without seepage or sweating issues. **Q5: What is the current price for soy wax per kg or per metric tonne?** Soy wax prices are linked to soybean oil commodity prices and hydrogenation processing costs, and fluctuate with agricultural market conditions. Bio Green Wax provides competitive pricing for soy wax in flake and pellet formats. To receive a current market price, please contact our sales team with your required grade (container or pillar), certification requirement (standard, non-GMO, or organic), order volume, and destination. Pricing is significantly more competitive for FCL orders versus small parcel shipments. We also offer fixed-price annual supply agreements for high-volume candle manufacturers seeking cost certainty. **Q6: Is your soy wax hydrogenated from fully refined soybean oil?** Yes. All soy wax supplied by Bio Green Wax is produced by catalytic hydrogenation of fully refined, bleached, and deodorised (RBD) soybean oil. Hydrogenation converts the liquid oil into a solid wax by saturating the unsaturated fatty acid chains, resulting in a natural, plant-based wax with a clean, white appearance and characteristic mild odour. The degree of hydrogenation determines the melting point and hardness of the final wax. Full hydrogenation (iodine value below 5) produces harder wax suitable for pillar grades, while partial hydrogenation yields softer container grades. CoA with iodine value and melting point confirmation is supplied with every batch. **Q7: Does your soy wax require any additives for good glass adhesion in jar candles?** Our container-grade soy wax is formulated to achieve good glass adhesion in standard clear glass jars under typical indoor conditions without mandatory additives. However, the best results are achieved by following our recommended pour temperature of 55–65°C (approximately 10–15°C above the melting point). For manufacturers in very cold climates or using thick-walled jars, a small addition of coconut oil (2–5%) or a commercial adhesion additive may further improve wet spots and pull-away. Our technical data sheet provides full guidance on pour temperature, cooling rate, and container pre-warming to maximise adhesion quality in your production environment. **Q8: What is the shrinkage and wet spot behaviour of your soy wax in container candles?** Soy wax, including our container-grade formulations, is prone to minor surface imperfections such as sinkholes and wet spots (where the wax pulls away from the glass due to uneven cooling). These are characteristic behaviours of natural soy wax and can be minimised with proper technique: pouring at the correct temperature (55–65°C), ensuring the glass jar is at room temperature (not refrigerated), cooling slowly at ambient temperature, and avoiding drafts. A second pour (top-up pour) is recommended to fill sinkholes. Frosting — a white bloom on the wax surface — is a natural characteristic of soy wax and not a quality defect. Our technical guide provides step-by-step recommendations. **Q9: Do you supply soy wax in flake, pellet, or block form?** Bio Green Wax supplies soy wax in natural flakes (the most common format, easy to measure and melt), small pastilles/pellets (for automated weighing and dispensing systems in large-scale candle production), and solid blocks (for very high-volume buyers with large-capacity melting tanks). Flakes are packaged in 25 kg cartons or bags; pellets in 25 kg bags or 1,000 kg supersacks; and blocks in custom sizes on request. Flakes are the most popular format for small and medium candle producers. Please specify your preferred format and production scale when placing your enquiry. **Q10: Is your soy wax certified vegan and cruelty-free for premium candle branding?** Yes. Bio Green Wax soy wax is 100% plant-derived (from soybeans), contains no animal-derived ingredients, and is not tested on animals — fully qualifying it as vegan and cruelty-free. Vegan Society certification or equivalent third-party vegan certification documentation is available on request for brands making on-label vegan claims. Cruelty-free declaration letters are also available. These certifications are increasingly important for premium candle brands targeting ethical consumer markets in Europe, North America, and Australia. Please specify your certification requirement when enquiring and we will confirm the appropriate documentation available. **Q11: What is the FFA content and moisture level in your soy wax?** Our soy wax has a free fatty acid (FFA) content of less than 0.5% (as oleic acid), confirming its high degree of hydrogenation and refined raw material base. Moisture content is below 0.1%, which is essential for candle making — excess moisture causes splattering during melting and surface bubbles in finished candles. Both parameters are tested and confirmed in the CoA for each production lot. Low FFA and moisture levels also contribute to longer shelf life and better fragrance retention in finished candles. Contact us if you require tighter specifications for speciality cosmetic or pharmaceutical-grade soy wax applications. **Q12: Can you supply soy wax in cosmetic grade for use in body butters and balms?** Yes. Bio Green Wax supplies cosmetic-grade soy wax (also called hydrogenated soybean oil, INCI: Glycine Soja (Soybean) Oil, Hydrogenated) for use in body butters, lip balms, skin balms, and solid lotion bars. Cosmetic-grade soy wax has full INCI documentation, EU Cosmetics Regulation compliance, and Halal/Kosher certification. It functions as a natural thickener and emollient, providing skin-conditioning benefits and a smooth application feel. Please note that cosmetic-grade soy wax may have different particle size, colour, or testing specifications than candle-grade wax — contact our cosmetics ingredients team for the appropriate product grade. **Q13: What scent throw performance (hot and cold) does your soy wax deliver?** Our container-grade soy wax delivers a moderate to good cold throw (fragrance detectable from the unlit candle) and a good hot throw (fragrance release during burning). Hot throw performance is strongly influenced by fragrance oil quality, wick size selection, and jar diameter — these factors are outside the wax specification but are within the candle maker's control. Soy wax generally provides a cleaner burn and more even hot throw compared to paraffin due to its lower melt pool temperature. For maximum scent throw, we recommend using fragrance oils with a flashpoint above 65°C and testing wick sizes from our recommended wick chart for your specific jar diameter. **Q14: What packaging formats are available — cartons, bags, or bulk supersacks?** Soy wax from Bio Green Wax is available in: 25 kg corrugated cartons (flakes — popular for small candle makers), 25 kg multi-wall paper bags (flakes or pellets), 500 kg and 1,000 kg supersacks/jumbo bags (for large-scale automated production), and pallet quantities (typically 600–800 kg per pallet). All packaging is clearly labelled with product name, grade, non-GMO status (if applicable), net weight, batch number, and production date. Palletised cartons and bags are stretch-wrapped for safe container transport. Please specify your preferred packaging format and production scale when placing your enquiry. **Q15: Is your soy wax suitable for wax melt tarts and tealight production?** Yes. Both our container-grade and pillar-grade soy wax formulations are suitable for wax melt (tart/snap bar) production. Container grade produces softer wax melts with excellent fragrance release at typical wax warmer temperatures (50–70°C). Pillar grade or a slightly harder soy blend may be preferred for wax melts that need to retain shape during shipping in warm conditions. For tealights, our container-grade soy wax performs well in aluminium tealight cups with the correct cotton wick selection. We recommend a fragrance loading of 8–10% for wax melts to maximise scent throw. Technical guidance and wick selection charts are available from our candle technical team. **Q16: What is the recommended pour temperature and wick type for your soy wax?** For container-grade soy wax, we recommend a pour temperature of 55–65°C (30–35°C above the soy wax cloud point) into pre-warmed glass containers at room temperature. Pouring too hot causes adhesion problems; pouring too cool causes rough surfaces. Allow candles to cure at room temperature for 24–48 hours before testing burn performance. For wick selection, we recommend cotton or paper-core wicks (CD, ECO, or LX series) sized according to your jar diameter — starting 1–2 sizes below what you might use for paraffin with the same jar. Our wick selection guide and burn test recommendations are available from our technical support team on request. **Q17: What certifications do you offer for soy wax — USDA bio-based, organic?** Bio Green Wax soy wax is available with the following certifications depending on the specific grade ordered: Non-GMO declaration or Non-GMO Project Verification, USDA BioPreferred (bio-based content certification), USDA Organic (for organic-certified grades, subject to availability and premium), Vegan/cruelty-free declaration, and Kosher/Halal certificates. USDA BioPreferred certification confirms that soy wax is a bio-based product (100% bio-based content), which is relevant for buyers supplying US federal procurement or making bio-based product claims. Please specify your certification requirements when enquiring and we will confirm availability. **Q18: Can soy wax be blended with beeswax or coconut wax for premium formulations?** Yes. Soy wax blends beautifully with beeswax (adding hardness, opacity, honey scent, and extended burn time), coconut wax (adding creaminess, improved glass adhesion, and enhanced scent throw), and rapeseed wax (for an EU-origin natural wax blend). Common premium blend ratios include 70:30 soy/beeswax (for longer-burning pillar candles), 60:40 soy/coconut (for luxury container candles), and soy/coconut/beeswax triple blends. Bio Green Wax supplies all of these wax components individually and can facilitate custom blending for high-volume buyers. Contact our wax blending team to discuss your target candle specification and we will design an appropriate blend. **Q19: What are the lead times for soy wax supply to UK and European candle manufacturers?** For UK and European candle manufacturers, standard lead times for soy wax from our principal supply origins are 4–6 weeks from booking confirmation to delivery. For buyers in the UK, Germany, France, Poland, and the Netherlands, we also work with European distribution partners who hold stock for faster 1–2 week delivery windows on popular grades. Small parcel orders (under 500 kg) may be eligible for rapid express freight delivery. Long-term contract buyers benefit from pre-positioned inventory and guaranteed delivery windows. Contact our European candle supply team to discuss a structured supply arrangement tailored to your production schedule. **Q20: Do you offer soy wax in sample packs for candle makers to test performance?** Yes. Bio Green Wax offers sample packs of 1 kg and 5 kg for candle makers and cosmetics formulators who wish to test performance before committing to a full order. Samples of container-grade, pillar-grade, and non-GMO certified soy wax are available. A small sample handling fee may apply. We recommend ordering samples alongside a fragrance and wick type you intend to use in production for a realistic performance trial. Our technical team is available to guide you through the test process and provide a burn test evaluation checklist. Contact our sales team to request your sample today. **Q21: Does Bio Green Wax supply Soy Wax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Soy Wax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Soy Wax. --- #### Rapeseed Wax - **Product Page**: https://biogreenwax.com/products/rapeseed-wax - **Applications**: Container candles, Pillar candles, Cosmetics & skincare, Wax melts & tarts, Candle blends, Eco-friendly packaging coatings Rapeseed Wax, derived from rapeseed oil (Scientific name: Brassica napus), is created through hydrogenation and fractionation of the oil. It is sustainable, biodegradable, and has a creamy texture with a relatively high melting point. Rapeseed wax is prized for its slow, clean burn and excellent fragrance throw, making it popular in candles and cosmetics. It is especially valued in Europe, where rapeseed is widely cultivated, giving the wax one of the lowest carbon footprints among plant‑based waxes. Historically, rapeseed oil was used for lamps and lubricants before modern food and industrial applications. Interesting fact: rapeseed wax is often blended with coconut or soy wax to enhance stability and performance in premium candles. **Frequently Asked Questions about Rapeseed Wax** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/rapeseed-wax/faq **Q1: What is the melting point of your rapeseed wax — is it suitable for jar or pillar candles?** Bio Green Wax supplies rapeseed wax (also known as canola wax) in two primary melting point grades: Container/Jar grade (melting point 52–58°C) — suitable for glass jar container candles and wax melts; and Pillar/Votive grade (melting point 58–64°C) — a harder formulation suitable for freestanding pillar and votive candles. The container grade is our most popular product, widely used by UK and European natural candle brands as a UK/EU-origin alternative to imported soy or paraffin wax. Full melting point and technical specifications are confirmed in the CoA for every production batch. Contact our candle technical team for grade-specific guidance. **Q2: Is your rapeseed wax derived from UK or EU-origin rapeseed oil?** Yes. Bio Green Wax specialises in rapeseed wax produced from UK and EU-origin rapeseed oil, making it the preferred natural wax choice for candle brands emphasising local sourcing, reduced food miles, and European supply chains. UK-origin rapeseed wax supports British farming and aligns with post-Brexit sustainability and provenance marketing narratives. EU-origin (primarily Germany, France, and Poland) rapeseed wax is also available. Origin certificates are provided with every shipment. For brands making UK or EU origin claims on their candle labels or marketing, we provide full traceability documentation from farm to finished wax. **Q3: What is the minimum order quantity for bulk rapeseed wax?** Our minimum order quantity for rapeseed wax is 25 kg (1 carton or bag) for small candle makers and initial orders. Pallet quantities (typically 400–600 kg) are available for growing candle businesses. Full container loads (20 MT) are available for large-scale candle manufacturers and offer the best per-kg pricing. Trial samples of 1–5 kg are available for wax performance testing. High-volume candle producers can access long-term supply agreements with dedicated production slots, priority allocation, and tiered pricing. Please contact our candle industry sales team with your expected monthly volume for a tailored supply proposal. **Q4: What fragrance loading capacity does rapeseed wax support as a percentage?** Our container-grade rapeseed wax supports fragrance loading of 7–10% by weight, with optimal performance at 8% for most commercial fragrance oil types. Pillar-grade rapeseed wax supports fragrance loads of 5–8%. Rapeseed wax's natural composition allows it to bind fragrance oils effectively, contributing to good hot throw performance in container candles. As with all natural waxes, we recommend small-batch fragrance testing with your specific fragrance oil to confirm optimal load and avoid sweating or seepage. Our technical support team can provide fragrance compatibility guidance and a recommended burn test protocol. **Q5: What is the current price for rapeseed wax per kg or per tonne?** Rapeseed wax pricing is linked to European rapeseed oil market prices and hydrogenation processing costs, which fluctuate seasonally with agricultural cycles. Bio Green Wax provides competitive pricing for UK and EU-origin rapeseed wax. Rapeseed wax is generally comparably priced to soy wax, with a UK/EU origin premium. For large-volume buyers, long-term contract pricing provides significant savings over spot purchases. To receive a current market quotation, please contact our sales team with your required grade, volume, and destination. We also offer price-fixed annual supply agreements for candle manufacturers seeking cost predictability. **Q6: Is your rapeseed wax non-GMO and sustainably sourced?** Yes. European rapeseed (including UK and EU varieties used in our rapeseed wax production) is commercially grown as a non-GMO crop in the UK and EU. Non-GMO declarations are available for all our rapeseed wax grades. For sustainability credentials, our rapeseed wax is produced from ISCC or RSPO-certified supply chains where available, ensuring responsible agricultural sourcing and traceability. Rapeseed wax also has a significantly lower transportation carbon footprint for European buyers compared to imported soy or coconut wax. Origin and sustainability certificates are provided with every shipment. Contact us for full sustainability documentation. **Q7: What is the FFA content and colour (Gardner) of your rapeseed wax?** Our rapeseed wax has a free fatty acid (FFA) content below 0.5% and a Lovibond colour specification of max 1.0 Red / 10 Yellow (approximately Gardner 2–4), delivering an off-white to cream natural appearance. The natural colour of rapeseed wax is slightly more golden/cream compared to soy wax, which some candle brands use as a natural aesthetic feature. For brands requiring a whiter wax, we can supply a bleached or colour-improved grade. All colour and FFA parameters are confirmed in the CoA with every lot. Please share your colour tolerance specification when enquiring so we can confirm suitability. **Q8: Does rapeseed wax deliver good cold and hot scent throw for scented candles?** Yes. Rapeseed wax delivers good cold throw and a warm, even hot throw in container candle applications. Its natural structure allows effective fragrance binding at recommended load levels (7–10%), and it releases fragrance progressively during burning for a consistent and lasting scent experience. Hot throw performance is comparable to soy wax and is strongly influenced by fragrance oil quality, wick selection, and jar diameter. Rapeseed wax is praised by UK candle makers for its natural, soft burn profile and clean flame. Our technical team can provide wick recommendations and burn test guidance specific to your jar size and fragrance type. **Q9: Is your rapeseed wax vegan certified for use in natural candle products?** Yes. Rapeseed wax is 100% plant-derived from rapeseed (canola) oil and contains no animal-derived ingredients, making it inherently vegan and cruelty-free. Vegan Society certification or equivalent third-party vegan documentation is available on request. Rapeseed wax is increasingly popular with UK and European natural and vegan candle brands who also prefer its local origin over imported tropical waxes. For brands making vegan claims on candle labels or through retailers such as The Vegan Society-approved product ranges, we provide all necessary documentation to support your certification. Contact our compliance team for the appropriate vegan certification paperwork. **Q10: Do you supply rapeseed wax in flakes, pellets, or blocks?** Bio Green Wax supplies rapeseed wax in natural flakes (the standard format for most candle makers), small pastilles/pellets (for automated production and dispensing systems), and solid blocks (for high-volume melting applications). Flakes are packaged in 25 kg cartons or bags, pellets in 25 kg bags or 1,000 kg supersacks, and blocks in custom sizes on request. Flakes are recommended for small to medium candle producers due to ease of measurement and melting. Pellets suit large-scale automated facilities. Please specify your preferred format and production scale when placing your enquiry, and we will recommend the most appropriate option. **Q11: Can rapeseed wax be used in cosmetics — balms, body butters, and skincare?** Yes. Rapeseed wax (also listed as Brassica Napus (Rapeseed) Oil, Hydrogenated under INCI nomenclature) is used in cosmetic formulations as a natural thickener, emollient, and texturising agent in lip balms, body butters, solid moisturisers, and skin balms. Bio Green Wax supplies cosmetic-grade rapeseed wax with full INCI documentation, EU Cosmetics Regulation compliance, and Halal/Kosher certification. Its European origin and non-GMO status make it an excellent choice for natural and organic cosmetics brands. Contact our cosmetics ingredients team for grade-specific CoA, INCI declaration, and application guidance. **Q12: What is the glass adhesion quality of rapeseed wax in container candle applications?** Rapeseed wax performs moderately well for glass adhesion in container candles. It is generally better than soy wax in warm environments but may show some wet spots (pull-away from glass) in cold climates or with thick-walled jars. To maximise glass adhesion with rapeseed wax, we recommend: pouring at 58–65°C (approximately 5–10°C above the melting point), using pre-warmed glass containers (room temperature, not cold), and allowing candles to cool slowly away from drafts and cold surfaces. A small addition (3–5%) of coconut oil or coconut wax to the blend can further improve adhesion. Our technical guide provides a detailed pour protocol. **Q13: What packaging formats are available for rapeseed wax supply?** Rapeseed wax from Bio Green Wax is available in: 25 kg corrugated cartons (flakes), 25 kg multi-wall paper bags (flakes or pellets), 500 kg and 1,000 kg supersacks/jumbo bags for large-volume buyers, and pallet quantities (typically 400–600 kg per pallet). All packaging is clearly labelled with product name, grade, non-GMO status, origin, net weight, batch number, and production date. Palletised orders are stretch-wrapped for safe container transport. We can also arrange private-label bag printing for high-volume customers. Please specify your preferred packaging format, quantity, and delivery destination when placing your enquiry. **Q14: Can rapeseed wax be blended with coconut wax or soy wax for hybrid formulations?** Yes. Rapeseed wax is an excellent base for hybrid natural wax formulations. Popular blends include: Rapeseed/Coconut (50:50 or 60:40) — combining rapeseed's European origin with coconut's superior fragrance performance and glass adhesion; Rapeseed/Soy (variable ratios) — a fully plant-based blend with good scent throw; and Rapeseed/Beeswax — adding honey scent, extended burn time, and additional hardness. Bio Green Wax supplies all individual wax components and offers custom blending services for high-volume buyers (minimum 1 MT per blend). Our candle technical team can help design a hybrid formulation to meet your specific performance targets. **Q15: What is the shelf life and storage requirement for rapeseed wax?** Rapeseed wax has a shelf life of 18–24 months from the production date when stored properly. It should be kept in a cool, dry, well-ventilated environment at temperatures below 30°C, away from direct sunlight, heat sources, and strong-smelling chemicals. Due to its higher oleic acid content compared to soy wax, rapeseed wax is slightly more susceptible to oxidation over extended storage — FIFO stock rotation is therefore recommended. Sealed packaging prevents moisture contamination. Store bags and cartons off the ground on pallets, with adequate air circulation. Full storage guidance is provided in the product SDS and on packaging labels. **Q16: What is the recommended pour temperature for rapeseed wax candle making?** For container-grade rapeseed wax, we recommend melting to 65–70°C, adding and mixing fragrance oil at 60–65°C, and pouring into room-temperature glass containers at 58–62°C. Pouring at the correct temperature is critical for surface quality and glass adhesion. Avoid pouring below 55°C as this causes rough or lumpy surfaces. Allow candles to cool at ambient room temperature (20–22°C) for at least 24 hours before trimming the wick and burning. Pillar-grade rapeseed wax requires a slightly higher pour temperature of 62–68°C. Our full candle-making technical guide with pour protocol, cooling tips, and wick recommendations is available from our technical support team. **Q17: Is rapeseed wax suitable for tealights, wax melts, and pillar candles?** Yes. Rapeseed wax is suitable for all three formats. For tealights, our container grade (52–58°C melting point) works well in standard aluminium tealight cups with the correct cotton wick. For wax melts, both container and pillar grades work well, with pillar grade preferred for climates or transport conditions where firmness is important. For pillar candles, our pillar-grade rapeseed wax (58–64°C) or a rapeseed/beeswax blend provides the required hardness for freestanding candles. Bio Green Wax technical data sheets include application-specific guidance for all three formats. Contact our technical team for application-specific recommendations and wick selection guidance. **Q18: What certifications are available for rapeseed wax — organic, ISCC?** Bio Green Wax offers rapeseed wax with the following certifications depending on the grade and supply source: ISCC (International Sustainability & Carbon Certification) — confirming sustainable agricultural sourcing and chain of custody; RSPO Mass Balance — for palm-adjacent supply chain sustainability claims where applicable; Organic certification — ECOCERT or equivalent, for organic-certified rapeseed oil sourced varieties; Non-GMO declaration — standard for all our European rapeseed wax grades; and Vegan/cruelty-free declaration. For UK-market candle brands, we can also provide Red Tractor-affiliated rapeseed origin documentation. Please specify your required certifications when enquiring and we will confirm availability. **Q19: What are your lead times for rapeseed wax supply to UK and EU candle manufacturers?** Lead times for rapeseed wax to UK and EU candle manufacturers depend on production availability and order size: for standard stocked grades in 25 kg cartons or bags, we can typically dispatch within 5–10 business days. For pallet or full container load orders, lead times are 2–4 weeks from booking confirmation. For UK buyers, we work with UK-based distribution partners for same-week delivery of smaller orders. For EU buyers in Germany, France, the Netherlands, Poland, and the Nordics, we have logistics partnerships enabling 1–2 week delivery windows for in-stock grades. Long-term contract buyers benefit from pre-positioned inventory and guaranteed delivery slots. **Q20: Do you provide technical support and formulation guidance for rapeseed wax candle makers?** Yes. Bio Green Wax offers dedicated technical support for candle makers working with our rapeseed wax, including: pour temperature and cooling protocol guidance, wick selection recommendations for standard and non-standard jar sizes, fragrance compatibility advice and maximum load guidance, troubleshooting support for common issues (wet spots, frosting, sinkholes, wick mushrooming), and blend design consultations for hybrid natural wax formulations. Technical support is available via email, with typical response times of 24–48 business hours. For larger customers, video call consultations can be arranged. Contact our candle technical team to access this support service. **Q21: Does Bio Green Wax supply Rapeseed Wax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Rapeseed Wax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Rapeseed Wax. --- #### Hydrogenated Castor Oil (Castor Wax) - **Product Page**: https://biogreenwax.com/products/hydrogenated-castor-oil - **Applications**: Cosmetics & personal care, Pharmaceutical formulations, Industrial lubricants & greases, Coatings & paints, Plastics processing, Textile finishing, Wax blends Hydrogenated Castor Oil, also known as Castor Wax, is derived from castor seeds (Scientific name: Ricinus communis) by hydrogenating castor oil into a hard, brittle wax. Rich in hydroxyl fatty acids, it is insoluble in water but highly stable, with a melting point around 80–85°C. Castor wax is widely used in cosmetics (lipsticks, ointments), pharmaceuticals, coatings, adhesives, and lubricants, providing gloss, thickening, and resistance. Historically, castor oil was used in ancient Egypt for medicine and lamps, with hydrogenated forms developed in the 20th century for industrial use. Interesting fact: hydrogenated castor oil is unique among natural waxes for its hydroxyl functionality, making it indispensable in specialty chemical formulations. **Frequently Asked Questions about Hydrogenated Castor Oil (Castor Wax)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/hydrogenated-castor-oil/faq **Q1: What is the melting point and hydroxyl value of your hydrogenated castor oil?** Bio Green Wax supplies hydrogenated castor oil (castor wax) with a melting point of 85–88°C, the highest natural melting point among commercially available vegetable waxes. The hydroxyl value is typically 155–165 mg KOH/g, reflecting its high content of 12-hydroxystearic acid — the fully saturated derivative of ricinoleic acid. This combination of high melting point and reactive hydroxyl group makes castor wax uniquely valuable across cosmetics, lubricants, adhesives, coatings, and pharmaceutical excipient applications. Full melting point, hydroxyl value, acid value, and saponification value are provided in the CoA with every batch. **Q2: What is the minimum order quantity for castor wax supply?** Our minimum order quantity for hydrogenated castor oil is 25 kg (1 carton) for small cosmetics formulators and pharmaceutical compounders. For larger industrial buyers, pallet quantities (typically 400–600 kg) and full container loads (15–20 MT) are available with progressively better pricing. Trial sample quantities of 1–5 kg are available for formulation and performance testing on request. Cosmetics, pharmaceutical, lubricant, and adhesive manufacturers with high annual consumption can access dedicated supply agreements with priority allocation and stable pricing. Please contact our sales team with your required quantity and application for an appropriate quotation. **Q3: Is your castor wax suitable for cosmetic formulations — lipsticks, mascaras, and creams?** Yes. Hydrogenated castor oil is one of the most important ingredients in colour cosmetics and personal care formulations. In lipsticks, it provides structural integrity, gloss, and adhesion to lip pigments. In mascaras, it contributes film-forming hardness and lash-coating performance. In creams and balms, it functions as a high-melting-point thickener and emollient. Bio Green Wax supplies cosmetic-grade castor wax with full INCI documentation (INCI name: Hydrogenated Castor Oil), EU Cosmetics Regulation (EC 1223/2009) compliance, Halal certificate, and safety data sheet. Contact our cosmetics ingredients team for a sample and full regulatory dossier. **Q4: What is the current price for castor wax per kg or per metric tonne?** Hydrogenated castor oil pricing is linked to Indian castor oil commodity prices and hydrogenation processing costs. It is typically priced at a premium over standard castor oil. Bio Green Wax provides competitive current pricing for castor wax in standard and pharmaceutical grades. To receive an up-to-date market quotation, please contact our sales team with your required grade, certification requirements, volume, and destination port. Volume commitments and annual supply contracts attract preferential pricing. Spot availability is also offered for buyers with urgent requirements. Please share your expected annual volume to receive the most competitive pricing tier. **Q5: What is the ricinoleic acid content in your hydrogenated castor oil?** Hydrogenated castor oil is produced by the catalytic hydrogenation of castor oil, converting the predominant ricinoleic acid (C18:1-OH, approximately 85–90% in standard castor oil) into its saturated form — 12-hydroxystearic acid (12-HSA). After full hydrogenation, the resulting castor wax contains 12-hydroxystearic acid as its principal component (85–90%+), with residual ricinoleic acid content negligible (typically below 1%). This conversion from unsaturated to fully saturated produces the hard, white wax with the elevated melting point that distinguishes castor wax from liquid castor oil. Full fatty acid composition by GC is provided in the CoA. **Q6: Is your castor wax pharmaceutical grade (USP/BP) for ointment and suppository use?** Yes. Bio Green Wax supplies pharmaceutical-grade hydrogenated castor oil conforming to USP (Castor Oil, Hydrogenated) and BP/EP monograph specifications. Pharmaceutical-grade castor wax is used as a sustained-release matrix former in oral solid dosage forms, a suppository base component, a topical ointment thickener, and an excipient in modified-release tablet formulations. Full pharmacopoeial CoA, GMP compliance certificate, TSE/BSE-free declaration, Halal certificate, and complete Excipient Information Package (EIP) documentation are available. Contact our pharmaceutical excipients team for a regulatory support package tailored to your market (EU, US, UK, or India). **Q7: What is the acid value and saponification value of your castor wax?** Our hydrogenated castor oil has an acid value (AV) below 4.0 mg KOH/g (pharmaceutical grade: below 2.0 mg KOH/g), confirming minimal free fatty acid content. The saponification value (SV) is typically 175–185 mg KOH/g, consistent with its 12-hydroxystearic acid dominant composition. These values are important quality indicators for pharmaceutical excipient applications and cosmetic formulation stability. Full analytical CoA including AV, SV, hydroxyl value, iodine value, melting point, colour, and moisture is provided with every batch. Buyers should share their incoming specification limits so we can confirm pre-supply conformance. **Q8: Can you supply castor wax for industrial lubricant grease applications?** Yes. Hydrogenated castor oil (12-hydroxystearic acid) is a foundational thickening agent in lithium and calcium soap-based lubricating greases. It reacts with lithium hydroxide to form lithium 12-hydroxystearate, the most widely used grease thickener globally, providing excellent multi-purpose grease performance, water resistance, and shear stability. Bio Green Wax supplies industrial-grade castor wax meeting the quality requirements of lubricant grease manufacturers. We supply in flake, pastille, and slab formats for compatibility with your grease kettle process. Contact our industrial lubricants sector team for grade specifications and pricing. **Q9: What is the viscosity and hardness of your castor wax at room temperature?** Hydrogenated castor oil is a hard, white solid at room temperature (20–25°C) with a penetration value (ASTM D1321) of typically 2–6 mm/10 (0.1mm), indicating a very hard wax. Its viscosity in the molten state (at 100°C) is approximately 25–35 mPas, which is relatively low for easy incorporation in blends and formulations. At room temperature, it does not flow and has a waxy, slightly friable texture when broken. These physical properties make it effective as a hardener in cosmetics, a lubricant grease thickener, and an adhesive and coating modifier. Full physical property data is provided in our technical data sheet. **Q10: Do you supply castor wax with Halal and Kosher certification?** Yes. All hydrogenated castor oil supplied by Bio Green Wax is available with Halal certification from a recognised Islamic certification authority. The Halal certificate confirms vegetable/plant origin (Indian castor beans), no cross-contamination with non-Halal materials, and compliance with Shariah processing requirements. Kosher certification is available on request. These certifications are essential for cosmetics, personal care, and pharmaceutical buyers supplying Muslim and Jewish consumer markets globally. Halal and Kosher certificates are issued per production lot and accompany standard shipping documentation. Please specify your certification requirement when enquiring. **Q11: Is your castor wax suitable for hot-melt adhesive and coatings applications?** Yes. Hydrogenated castor oil functions as a rheology modifier and viscosity control agent in hot-melt adhesives and solvent-based coatings. Its high melting point (85–88°C) and hydroxyl functionality allow it to improve open time control, tack development, and temperature resistance in EVA and polyamide hot-melt formulations. In coatings, it acts as a flatting agent, matting agent, and anti-settling additive. Bio Green Wax supplies industrial-grade castor wax for adhesive and coatings applications in flake and powder form. Please share your application specification and performance requirements and our technical team will recommend the appropriate grade. **Q12: What packaging formats are available — flakes, pastilles, or slabs?** Hydrogenated castor oil from Bio Green Wax is available in: flakes (most popular format for cosmetics and pharmaceutical compounders), pastilles/prills (small rounded granules preferred for automated dispensing in large-scale production), and slabs (solid blocks for high-volume melting operations). Flakes and pastilles are packaged in 25 kg multi-wall paper bags or cartons. Slabs are available in 25 kg or custom sizes. Supersacks (500 kg or 1,000 kg) are available for large-volume industrial buyers. Please specify your preferred form and production scale when placing your enquiry, and we will confirm the most suitable packaging format and pricing. **Q13: Is your castor wax non-GMO and from Indian-origin castor beans?** Yes. Bio Green Wax hydrogenated castor oil is produced exclusively from Indian-origin castor oil, as India accounts for over 80% of global castor bean (Ricinus communis) cultivation and processing, principally in the state of Gujarat. Indian castor is not commercially grown as a genetically modified crop, and non-GMO declarations are available for all our castor wax grades. Certificate of Origin (India) is provided with every shipment. Buyers in natural and organic product markets who require non-GMO declarations for regulatory or label claim purposes can request formal documentation from our compliance team. **Q14: What certifications does your castor wax carry for cosmetics use — INCI compliant?** Bio Green Wax hydrogenated castor oil carries the following certifications and documentation for cosmetics use: INCI name declaration (Hydrogenated Castor Oil), EU Cosmetics Regulation (EC 1223/2009) compliance statement, Halal certificate, Kosher certificate (on request), vegan/cruelty-free declaration, TSE/BSE-free declaration, REACH compliance statement, non-GMO declaration, Certificate of Origin (India), CoA from accredited laboratory, and SDS/MSDS. For EU cosmetics brands, we support the Cosmetic Product Safety Report (CPSR) documentation process. Contact our cosmetics compliance team for a full regulatory document package. **Q15: Can castor wax be used as a gelling agent for solvent-based coatings and inks?** Yes. Hydrogenated castor oil (12-hydroxystearic acid) is an effective gelling agent and thixotropic additive in solvent-based coatings, printing inks, and varnishes. It forms hydrogen-bonded networks in non-polar solvents and aliphatic carriers, providing controlled viscosity, thixotropy, and anti-settling properties. In printing inks, it improves tack, viscosity stability, and drying behaviour. In industrial coatings, it acts as a sag-resistance and flatting agent. Our technical-grade castor wax in flake or powder form is suitable for direct incorporation into solvent-phase systems. Contact our industrial coatings team for grade specifications and application guidance. **Q16: What is the shelf life and storage condition for hydrogenated castor oil?** Hydrogenated castor oil has a shelf life of 24 months from the production date under proper storage conditions. Due to its fully saturated composition, it is highly resistant to oxidative rancidity and is more shelf-stable than liquid castor oil. It should be stored in sealed, clean packaging at ambient temperature (15–30°C), away from direct sunlight and heat. Although it will not flow or leak at room temperature, it should be kept away from moisture to prevent hydrolysis over extended periods. The fully saturated nature of castor wax also means it is resistant to polymerisation and skin formation. Full storage guidance is provided in the SDS. **Q17: Do you supply castor wax for textile and leather finishing applications?** Yes. Hydrogenated castor oil is used in textile and leather finishing as a softening agent, lubricant, and surface treatment component. In textile processing, it functions as a yarn lubricant and fibre finishing agent. In leather finishing, it provides surface conditioning, softness, and a subtle sheen to finished leather goods. Bio Green Wax supplies industrial-grade castor wax for these applications in flake and pastille form, with competitive pricing for mid to high volume buyers. SDS, CoA, and application technical guidance are provided. Contact our industrial chemicals team with your specific application and volume requirements for a tailored supply proposal. **Q18: What is the dropping point of your castor wax for lubricant grease formulations?** Hydrogenated castor oil itself has a dropping point (ASTM D566/D2265) of 85–88°C, corresponding to its melting point. However, when used as a thickener in lubricating grease (via saponification with lithium hydroxide to form lithium 12-hydroxystearate), the resulting lithium grease has a significantly higher dropping point of 175–200°C, which is one of the reasons lithium-based greases — thickened with 12-HSA derived from castor wax — are the global standard for multi-purpose lubricating greases. Bio Green Wax supplies castor wax meeting the quality requirements of lithium grease manufacturers worldwide. Please contact our lubricants team for detailed specification. **Q19: Can castor wax be blended with carnauba or beeswax for cosmetic applications?** Yes. Hydrogenated castor oil blends well with carnauba wax (for added gloss and further elevated melting point in lip products and colour cosmetics), beeswax (for combined natural origin, emollient properties, and structural support in balms and sticks), and other vegetable waxes. Common formulation ratios for lipstick bases include 10–20% hydrogenated castor oil combined with carnauba (5–10%) and beeswax (15–25%) in an oil base. Bio Green Wax supplies all three wax components individually and can facilitate the supply of custom blend ratios for high-volume cosmetics manufacturers. Contact our cosmetics technical team for a formulation consultation. **Q20: What are the lead times for castor wax delivery to cosmetics and pharma manufacturers?** Standard lead times for hydrogenated castor oil from our principal supply origin (India) are: 4–6 weeks to European ports (Rotterdam, Felixstowe, Hamburg), 2–3 weeks to Middle Eastern ports (Jebel Ali, Dammam), 1–2 weeks within India, and 4–5 weeks to US East Coast ports. For European cosmetics and pharmaceutical buyers, we also maintain inventory with select European distribution partners for faster 1–2 week delivery on standard flake and pastille grades. Long-term contract buyers receive priority production allocation and reduced effective lead times. Please share your required delivery date when enquiring so our logistics team can confirm a precise schedule. **Q21: Does Bio Green Wax supply Hydrogenated Castor Oil (Castor Wax) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Hydrogenated Castor Oil (Castor Wax), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Hydrogenated Castor Oil (Castor Wax). --- ### Category: Cosmetics and Personal Care (6 products) #### PEG-75 Lanolin - **Product Page**: https://biogreenwax.com/products/peg-75-lanolin - **Applications**: Hair conditioning, Skin conditioning, Emollient, Surfactant, Emulsifier PEG-75 Lanolin is an ethoxylated derivative of lanolin that works as an emollient, hydrating and softening the skin, and as a surfactant and emulsifier that combines water- and oil-based ingredients into a stable product. It forms a protective barrier on the skin surface and is widely used in hair and skin conditioning products. --- #### Lanolin Alcohol - **Product Page**: https://biogreenwax.com/products/lanolin-alcohol - **Applications**: Skincare, Personal care, Emollient, Emulsion stabiliser Lanolin alcohol is a mixture of organic alcohols obtained by hydrolysing lanolin. It is widely used in skincare and personal care for its emollient and stabilising properties, particularly in water-in-oil emulsions. --- #### PEG-8 Beeswax - **Product Page**: https://biogreenwax.com/products/peg-8-beeswax - **Applications**: O/W emulsifier, Moisturiser, Creams and lotions, Colour cosmetics PEG-8 Beeswax is a polyethylene glycol derivative of beeswax that functions as a stable oil-in-water emulsifier and moisturising agent, bringing the skin-feel of beeswax into water-continuous systems. --- #### Emulsifying Wax (Glyceryl Stearate & PEG-100 Stearate) - **Product Page**: https://biogreenwax.com/products/emulsifying-wax-glyceryl-stearate-peg-100 - **Applications**: O/W creams and emulsions, Lotions, Hair conditioners, Viscosity control A vegetable-based non-ionic self-emulsifying wax, also known as A165 emulsifier. It is used to prepare oil-in-water creams and emulsions and acts additionally as an emollient, viscosity controller and dispersant in lotions, creams and hair conditioners. --- #### Emulsifying Wax (Cetearyl Alcohol & Polysorbate 60) - **Product Page**: https://biogreenwax.com/products/emulsifying-wax-cetearyl-alcohol-polysorbate-60 - **Applications**: Lotions and creams, Hair conditioners, Emulsifier, Viscosity control A vegetable-based non-ionic emulsifying wax used as an emulsifier, emollient, viscosity controller and dispersant in lotions, creams, hair conditioners and other cosmetic formulations. --- #### PEG-40 Hydrogenated Castor Oil - **Product Page**: https://biogreenwax.com/products/peg-40-hydrogenated-castor-oil - **Applications**: Fragrance solubiliser, Surfactant, Emulsifier, Cosmetics, Pharmaceuticals PEG-40 Hydrogenated Castor Oil is the polyethylene glycol derivative of hydrogenated castor oil. It functions as a surfactant, solubiliser, emulsifier, emollient and cleansing agent, and is the standard choice for solubilising fragrance and essential oils into water-based cosmetic and pharmaceutical formulations. --- ### Category: Candle & home fragrance (7 products) #### Wax Enhancers & Candle Additives - **Product Page**: https://biogreenwax.com/products/wax-enhancers - **Applications**: Container & jar candles, Pillar & moulded candles, Tealights & votives, Plant-based wax systems, Wax melts & tarts, Coloured & fragranced ranges Bio Green Wax Ltd supplies the additive systems that turn a base wax into a finished candle formulation. Polyboost and Vybar polymer enhancers improve melt pool stability and jar adhesion, help prevent shrinkage, lift scent throw and retention, and reduce frosting. The CA series (CA-75, CA-65 and CA-55) are comparable alternatives matched to hard, soft and plant-oil wax systems, improving oil retention, hardness, dye dispersion and texture while preventing oil sweating. Tinuvin UV stabilisers protect finished candles from discoloration, fading and surface degradation caused by sunlight and retail lighting. Typical use levels are 1-3% by weight for polymer enhancers, 0.5-2.0% for CA additives and 0.1-0.5% for UV stabilisers. These are starting points: the optimum depends on your base wax, fragrance load and the performance you are targeting, and our technical team will work the trial with you. Supplied as flakes, pastilles or beads. Vybar is a trademark of Baker Hughes and Tinuvin is a registered trademark of BASF; the CA series are offered as comparable alternative grades. --- #### Gel Wax - Soft (Container Grade) - **Product Page**: https://biogreenwax.com/products/gel-wax-soft - **Applications**: Decorative container candles, Embedded object candles, Gift and novelty candles Gel wax is a transparent, elastic candle material made from specially processed mineral oil and polymer resin. The soft grade has a yielding, elastic texture that crumbles if pinched hard, and is intended for pouring into containers to create decorative candles with embedded objects such as flowers, shells, pebbles and figurines. It holds more fragrance oil than conventional wax and burns slowly and cleanly. --- #### Gel Wax - Hard (Moulded Grade) - **Product Page**: https://biogreenwax.com/products/gel-wax-hard - **Applications**: Moulded candles, Free-standing candles, Decorative and artistic candles The hard grade of gel wax is stronger and firmer than the container grade, giving good shape retention so it can be used for free-standing and moulded candles without a container. It suits embedding decorative elements and artistic designs, and can be combined with the soft grade to create layered textures. --- #### Jasmine Floral Wax - **Product Page**: https://biogreenwax.com/products/jasmine-floral-wax - **Applications**: Scented candles, Solid perfume, Lip balms, Creams and lotions, Soaps Floral waxes are the solid aromatic by-product of essential oil and absolute production. Jasmine floral wax liquefies easily and adds density and natural fragrance to solid perfumes, lip balms, lotions, creams, soaps and scented candles. --- #### Michelia Alba Floral Wax - **Product Page**: https://biogreenwax.com/products/michelia-alba-floral-wax - **Applications**: Scented candles, Solid perfume, Personal care, Soaps A solid aromatic floral wax obtained as a by-product of Michelia alba essential oil and absolute production. It liquefies easily and is used to add density and a natural floral note to scented candles, solid perfumes and personal care formulations. --- #### Osmanthus Floral Wax - **Product Page**: https://biogreenwax.com/products/osmanthus-floral-wax - **Applications**: Scented candles, Solid perfume, Personal care, Soaps A solid aromatic floral wax obtained as a by-product of osmanthus essential oil and absolute production, carrying the characteristic warm apricot-floral note of the flower. Used to add density and natural fragrance to candles and personal care formulations. --- #### Rose Centifolia Floral Wax - **Product Page**: https://biogreenwax.com/products/rose-centifolia-floral-wax - **Applications**: Scented candles, Solid perfume, Lip balms, Creams and lotions, Soaps A solid aromatic floral wax obtained as a by-product of Rosa centifolia absolute production. It liquefies easily and adds density and a natural rose note to solid perfumes, balms, creams and scented candles. --- ### Category: General (18 products) #### Palm Oil - **Product Page**: https://biogreenwax.com/products/palm-oil - **Applications**: Cooking & frying oils, Margarine & shortening, Confectionery & baked goods, Soap & detergent manufacturing, Cosmetics & personal care, Biodiesel production, Oleochemical feedstock, Candle making Palm Oil, derived from the fruit of the oil palm (Scientific name: Elaeis guineensis), is one of the world's most widely used edible oils. Extracted through pressing and refining, it yields a versatile, stable oil rich in tocotrienols (a form of vitamin E), carotenoids, and balanced saturated and unsaturated fats that provide energy and support nutrition. Accounting for over 35% of the global edible oils market, palm oil is a cornerstone of modern food production—used in cooking, frying, and baking, as well as in packaged foods, confectionery, and margarine. Beyond the kitchen, it plays a vital role in cosmetics, soaps, detergents, pharmaceuticals, and biofuels. First cultivated in West Africa and introduced to Southeast Asia in the 19th century, palm oil has grown into a global staple thanks to its high yield, versatility, and long shelf life. Interesting fact: palm oil is naturally reddish due to its beta‑carotene content, though refined versions are clear and neutral in taste. **Frequently Asked Questions about Palm Oil** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-oil/faq **Q1: What is ''Palm Oil'' and how is it produced?** Palm oil is a versatile edible vegetable oil derived from the mesocarp (reddish pulp) of the fruit of the oil palm tree, primarily the species Elaeis guineensis. Originating in West Africa, the oil palm has been cultivated for thousands of years and is now one of the most important commercial crops in tropical agriculture. The scientific name Elaeis guineensis was assigned by the French botanist Nicolaas Jacquin in 1763, reflecting the plant's Guinea Coast origins. The oil palm tree thrives in tropical climates within 10 degrees of the equator, requiring consistent rainfall, warm temperatures, and well-drained soils. Today, the largest producers of palm oil are Indonesia and Malaysia, which together account for approximately 85% of global production. Other significant producing countries include Thailand, Colombia, Nigeria, Guatemala, and Papua New Guinea. Global annual production exceeds 75 million metric tonnes, making palm oil the world's most produced and consumed vegetable oil. The production process begins with the harvesting of fresh fruit bunches (FFBs) from oil palm plantations. These bunches, weighing 10-25 kg each, are transported to palm oil mills within 24 hours of harvest to prevent deterioration. At the mill, the bunches are sterilised using high-pressure steam to inactivate enzymes that cause free fatty acid formation. The sterilised bunches are then threshed to separate individual fruitlets from the bunch stalks. The fruitlets undergo digestion in steam-heated vessels to break down the fruit structure, followed by mechanical pressing to extract crude palm oil (CPO). The crude oil is clarified, purified, and dried before storage. From the same fruit, palm kernel oil (PKO) is separately extracted from the seed or kernel, yielding a distinct oil with different properties and applications. Crude palm oil undergoes refining to produce RBD (Refined, Bleached, and Deodorised) palm oil, the standard commercial grade. The refining process involves degumming to remove phospholipids, bleaching with activated earth to remove colour pigments and impurities, and deodorisation under high vacuum and temperature to remove volatile compounds and free fatty acids. The resulting RBD palm oil is a pale yellow, odourless, and flavour-neutral product suitable for food manufacturing. Further fractionation separates RBD palm oil into palm olein (the liquid fraction, used primarily as cooking oil) and palm stearin (the solid fraction, used in margarines, shortenings, and industrial applications). Palm oil has been used for culinary purposes in West and Central Africa for over 5,000 years. Archaeological evidence from Egyptian tombs suggests palm oil was traded along ancient commerce routes. European merchants encountered palm oil during the 15th-century explorations of the African coast, and it became a significant commodity during the Industrial Revolution, initially used for soap making, candle production, and as a lubricant for machinery. The British established the first commercial oil palm plantations in British Malaya (modern Malaysia) in the early 20th century, transforming the global supply landscape. In the food industry, palm oil is exceptionally versatile. It is used in commercial frying due to its high smoke point (approximately 230 degrees Celsius) and excellent oxidative stability. It serves as a key ingredient in margarine, shortening, vanaspati ghee, ice cream, chocolate and confectionery coatings, instant noodles, baked goods, and numerous processed food products. Its semi-solid consistency at room temperature, neutral flavour, and excellent shelf stability make it the preferred fat in many food manufacturing applications. Palm oil is also naturally rich in carotenoids (provitamin A) and tocotrienols (vitamin E), although these are largely removed during refining. Red palm oil, which retains its natural carotenoid content, is valued in speciality food and nutraceutical markets. Beyond food, palm oil and its derivatives serve a vast range of industrial applications. In the oleochemical industry, palm oil is converted into fatty acids, fatty alcohols, methyl esters, and glycerine — feedstocks for soaps, detergents, surfactants, personal care products, cosmetics, and pharmaceutical excipients. Palm oil-based biodiesel (palm methyl ester, PME) is an established biofuel in Southeast Asia and is increasingly used in European renewable energy blending mandates. Palm-based waxes are used in candle manufacturing as a sustainable alternative to paraffin wax. Food-grade palm oil has undergone continuous quality improvements over recent decades. Modern refining technology has virtually eliminated contaminants such as 3-MCPD and glycidyl esters, which were identified as process-induced contaminants in refined oils. Advances in fractionation technology allow precise separation of palm oil into multiple fractions with tailored melting profiles for specific food applications. The RSPO (Roundtable on Sustainable Palm Oil), established in 2004, has driven significant improvements in supply chain certification, traceability, and environmental and social standards across the industry. Interesting facts about palm oil include: the oil palm is the most efficient oilseed crop in the world, producing 4-10 times more oil per hectare than any other vegetable oil crop; a single oil palm tree can produce fruit for 25-30 years; palm oil is present in approximately 50% of all packaged products sold in supermarkets; and Malaysia alone has over 5.7 million hectares under oil palm cultivation. The global palm oil industry supports the livelihoods of millions of smallholder farmers across tropical regions. Industrial applications continue to expand, with palm oil derivatives finding use in lubricants, printing inks, hydraulic fluids, textile processing, rubber production, and animal feed. The versatility of palm oil chemistry allows it to be modified through interesterification, hydrogenation, and enzymatic processing to create custom fat systems for virtually any food or industrial application, cementing its position as the world's most important vegetable oil. **Q2: What is the minimum order quantity (MOQ) for bulk palm oil supply?** Bio Green Wax Ltd supplies bulk palm oil with a minimum order quantity of 16 to 23 metric tonnes per shipment, equivalent to one ISO tank or flexitank load. Smaller quantities may be accommodated in drums or IBCs. Please contact our sales team to discuss your specific volume requirements. **Q3: Do you supply RSPO SG (Segregated) certified palm oil for B2B buyers?** Yes, we supply RSPO Segregated (SG), Mass Balance (MB), and Book & Claim (BC) certified refined palm oil, providing full traceability back to certified sustainable plantations. Supply chain certificates are provided with each order. **Q4: What is the free fatty acid (FFA) content and iodine value of your refined palm oil?** Our RBD palm oil meets standard PORAM specifications with a free fatty acid content of ≤0.1% and an iodine value typically in the range of 50–55 g I₂/100g. A batch-specific Certificate of Analysis (CoA) is provided with every shipment. **Q5: Is your palm oil EUDR (EU Deforestation Regulation) compliant with full traceability documentation?** Yes, we supply palm oil with full plantation-level traceability, geolocation data, and due diligence statements as required by the EU Deforestation Regulation (EUDR). Our compliance team can assist EU-importing buyers with the complete documentation package. **Q6: What packaging options are available — ISO tanks, flexitanks, IBCs, or drums?** We supply bulk palm oil in food-grade flexitanks (16,000–24,000 litres), Jerry Cans (5L, 10L, 15L, 20L, 30L), Tins (15L, 20L), Bag-in-Cartons (20L), and retail pouches (1L, 2L). The optimal format depends on your order volume, destination port, and storage infrastructure. Contact us to discuss the most cost-effective option for your supply chain. **Q7: What are the current CIF/FOB prices for refined palm oil per metric tonne?** Palm oil prices fluctuate with global commodity markets. Please contact our sales team for the most current FOB Malaysia/Indonesia or CIF destination pricing tailored to your order volume and delivery location. **Q8: Can you provide Halal and Kosher certification documentation for palm oil?** Yes, Halal certification from internationally recognised Islamic bodies is provided as standard with our palm oil. Kosher-certified supply can also be arranged on request. Please state your certification requirements when enquiring. **Q9: What is the shelf life of refined palm oil under standard storage conditions?** Refined palm oil has a shelf life of 24 months from production when stored in a clean, sealed environment away from direct sunlight, heat, and moisture. Recommended liquid bulk storage temperature is 35–40°C to maintain fluidity. **Q10: Do you supply palm oil in bulk tanker loads for large-scale food manufacturers?** Yes, full-tanker bulk liquid orders (typically 5,000–70,000 metric tonnes) are available for large-scale food manufacturers, with competitive FOB pricing and customised delivery scheduling. Please contact us to discuss your volume and logistics requirements. **Q11: What countries do you export palm oil to, and what are your lead times?** Bio Green Wax Ltd exports refined palm oil globally, including to Europe, the Middle East, South Asia, Africa, and Southeast Asia. Lead times from order confirmation are typically 2–8 weeks for FOB shipments. Contact us for destination-specific estimates. **Q12: Is your palm oil suitable for frying, margarine production, and confectionery use?** Yes, RBD palm oil is one of the most versatile edible oils in food manufacturing. It is widely used in commercial deep frying due to its high smoke point and oxidative stability, in margarine and shortening production, and in confectionery coatings and filled products. **Q13: Can you provide a Certificate of Analysis (CoA) and Safety Data Sheet (SDS) for palm oil?** Yes, a full Certificate of Analysis and Safety Data Sheet are provided with every shipment, confirming batch-specific parameters including FFA, peroxide value, iodine value, moisture, and colour. These documents support customs compliance and buyer quality management systems. **Q14: What ISCC-EU certification does your palm oil carry for biofuel applications?** We supply ISCC-EU certified palm oil for buyers using it as a biofuel or biodiesel feedstock. ISCC documentation including GHG calculation certificates is provided to support RED II compliance for European renewable energy targets. **Q15: What is the smoke point and oxidative stability of your refined palm oil?** Refined palm oil has a smoke point of approximately 230°C, making it highly suitable for commercial deep frying. Its naturally high saturated fat content and low polyunsaturated fatty acid profile deliver excellent oxidative stability and an extended frying life compared to most vegetable oils. **Q16: Do you offer non-GMO or organic certified palm oil for food manufacturers?** Non-GMO palm oil is available as standard, as oil palm is not commercially genetically modified. Organic certified supply can be sourced upon request. Please contact us with your specific certification requirements and volumes. **Q17: What are the typical fatty acid composition specifications of your palm oil?** RBD palm oil typically contains approximately 44% palmitic acid (C16:0), 5% stearic acid (C18:0), 39% oleic acid (C18:1), and 10% linoleic acid (C18:2). This balanced fatty acid profile gives palm oil its semi-solid texture and excellent functionality across food manufacturing applications. **Q18: Can you supply palm oil meeting FOSFA or PORAM quality standards?** Yes, we supply refined palm oil to both PORAM and FOSFA International quality standards — the globally recognised specifications accepted by buyers worldwide. CoA parameters are verified against these standards before each shipment. **Q19: What are your payment terms — LC, TT, or open account for bulk orders?** We accept irrevocable Letter of Credit (LC) at sight, Telegraphic Transfer (TT) with advance or agreed credit terms, and open account for established buyers. Payment terms are agreed based on order size, buyer history, and destination country. **Q20: Do you provide MSDS/TDS documentation for customs and regulatory compliance?** Yes, Material Safety Data Sheets (SDS) and Technical Data Sheets (TDS) are provided for all products, facilitating customs clearance, regulatory compliance, and internal quality management. Documents are available in English and can be tailored to destination market requirements. **Q21: What is the difference between RBD palm oil, crude palm oil, and palm olein for B2B use?** Crude palm oil (CPO) is the unrefined extract from the palm fruit with high FFA and deep colour, typically purchased by refineries. RBD palm oil is the consumer and industrial-grade product after refining, bleaching, and deodorising. Palm olein is the liquid fraction obtained by fractionating RBD palm oil — lower melting point, greater fluidity, and ideal for cooking oil blending and frying. **Q22: Does Bio Green Wax supply Palm Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Oil. --- #### Sunflower Oil - **Product Page**: https://biogreenwax.com/products/sunflower-oil - **Applications**: Cooking & frying, Baking & confectionery, Salad dressings & marinades, Cosmetics & skincare, Pharmaceuticals, Biodiesel production Sunflower Oil, derived from sunflower seeds (Scientific name: Helianthus annuus), is a pure, versatile vegetable oil refined through pressing and purification for clarity and quality. Naturally rich in heart‑friendly linoleic and oleic acids, plus antioxidant vitamin E, it supports cardiovascular health and nourishes skin. Covering nearly 10% of the global edible oils market, sunflower oil is trusted worldwide for frying, baking, and salad dressings, while also valued in cosmetics, pharmaceuticals, and biodiesel. First produced in Russia in the 18th century, it has become a global staple thanks to its neutral taste, stability, and nutritional profile. High‑oleic varieties offer extended shelf life, making sunflower oil not only a kitchen essential but also a smart ingredient for modern food and wellness applications. **Frequently Asked Questions about Sunflower Oil** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/sunflower-oil/faq **Q1: What is ''Sunflower Oil'' and how is it produced?** Sunflower oil is a light, mild-flavoured vegetable oil extracted from the seeds of the sunflower plant, Helianthus annuus, a member of the Asteraceae (daisy) family. The sunflower is native to North America, where indigenous peoples of the Great Plains cultivated it as early as 3000 BCE for food, medicine, and dye. The scientific name Helianthus derives from the Greek words helios (sun) and anthos (flower), reflecting the plant's characteristic heliotropism — the tendency of young flower heads to follow the sun across the sky during the day. The sunflower was brought to Europe by Spanish explorers in the 16th century, initially cultivated as an ornamental plant. It was in Russia, during the 18th and 19th centuries, that sunflower cultivation for oil production truly flourished. The Russian Orthodox Church's Lenten fasting rules prohibited the consumption of most oils, but sunflower oil was not on the restricted list, leading to its rapid adoption. By the early 20th century, Russia and Ukraine had become the world's largest sunflower oil producers — a position Ukraine and Russia continue to hold today, together accounting for over 50% of global sunflower oil production. Other major producers include Argentina, Turkey, the European Union (particularly France, Romania, Bulgaria, and Hungary), China, and India. Global annual production of sunflower oil exceeds 20 million metric tonnes. The production of sunflower oil begins with the cultivation of sunflower crops, typically planted in spring and harvested in late summer or autumn. Sunflowers are well-suited to temperate continental climates with warm summers and moderate rainfall. At harvest, the flower heads are cut and the seeds are mechanically threshed. The seeds contain approximately 40-50% oil by weight. In modern processing facilities, the seeds are cleaned, dehulled (if required), and conditioned before oil extraction. The primary extraction method is mechanical pressing (expeller pressing), often followed by solvent extraction using food-grade hexane to maximise oil yield. The resulting crude sunflower oil is then refined through degumming, neutralisation (alkali refining), bleaching, and deodorisation to produce RBD (Refined, Bleached, and Deodorised) sunflower oil — a pale golden-yellow, neutral-flavoured oil suitable for cooking and food manufacturing. Sunflower oil is classified into three main types based on fatty acid composition. Standard or linoleic sunflower oil contains approximately 60-70% linoleic acid (omega-6) and 15-20% oleic acid, offering good general-purpose functionality. Mid-oleic sunflower oil (NuSun type) contains approximately 55-75% oleic acid, providing improved frying stability and shelf life compared to standard grades. High oleic sunflower oil (HOSO) contains 75-90% oleic acid, delivering exceptional oxidative stability, extended frying life, and superior shelf stability — making it the preferred grade for industrial frying applications, snack food manufacturing, and products requiring extended shelf life. The development of high oleic varieties through traditional plant breeding (not genetic modification) represents one of the most significant advances in sunflower oil technology. Historically, sunflower oil played a particularly important role in Eastern European and Russian cuisine, where it remains the dominant cooking oil. Ukrainian and Russian cooking traditions are deeply intertwined with sunflower oil — from traditional borscht preparation to the production of halva (a confection made from sunflower seeds) and kozinaki (sunflower seed brittle). The sunflower itself has become a national symbol of Ukraine, representing warmth, fertility, and resilience. In the food industry, sunflower oil is one of the most widely used cooking and frying oils globally. Its light flavour, high smoke point (approximately 230 degrees Celsius for refined grades), and favourable nutritional profile make it suitable for salad dressings, mayonnaise, margarine production, baking, confectionery, snack food frying, and general cooking oil applications. Sunflower oil is naturally rich in vitamin E (alpha-tocopherol), containing approximately 40-70 mg per 100g — one of the highest concentrations among common vegetable oils. This natural antioxidant content contributes to the oil's stability and nutritional value. Beyond culinary applications, sunflower oil is widely used in the cosmetic and personal care industry. Its emollient properties, high vitamin E content, and non-comedogenic nature make it a popular ingredient in skin creams, lotions, massage oils, lip balms, and hair care products. Pharmaceutical-grade sunflower oil is used as a carrier oil in topical medications and as an excipient in oral dosage forms. In traditional medicine, sunflower oil has been used for oil pulling (an Ayurvedic oral hygiene practice) and as a base for herbal preparations. The oleochemical industry uses sunflower oil as a feedstock for biodiesel production, bio-lubricants, printing inks, alkyd resins for paints and coatings, and various surfactants. Sunflower oil methyl ester (SOME) is an established biodiesel that meets EN 14214 specifications. High oleic sunflower oil is particularly valued in bio-lubricant applications due to its excellent oxidative stability and favourable low-temperature properties. Food-grade sunflower oil quality has improved significantly with modern refining and processing technology. Advances include precision winterisation to remove waxes (ensuring clarity at low temperatures), improved deodorisation techniques that minimise process contaminant formation, and the widespread adoption of high oleic varieties that reduce the need for partial hydrogenation — thereby eliminating trans fatty acid formation. Cold-pressed and organic sunflower oils have also gained market share in the premium and health-food segments. Interesting facts about sunflower oil include: a single sunflower head can contain up to 2,000 individual seeds; sunflowers can grow up to 3-4 metres tall; sunflower meal (the protein-rich residue after oil extraction) is a valuable animal feed ingredient containing 28-36% protein; the sunflower is the national flower of Ukraine; and Van Gogh's famous Sunflowers paintings helped establish the flower as an enduring symbol in Western art and culture. The global sunflower oil market continues to grow, driven by consumer preference for light-flavoured, trans-fat-free cooking oils and the expansion of high oleic varieties for food manufacturing applications. **Q2: What grade of sunflower oil do you supply — high oleic, mid oleic, or standard linoleic?** Bio Green Wax Ltd supplies standard linoleic, mid-oleic, and high oleic (HOSO) sunflower oil. High oleic is preferred for frying stability and extended shelf life; standard linoleic suits general food manufacturing. Please specify your grade and application requirements when enquiring. **Q3: What is the minimum order quantity for bulk sunflower oil in ISO tanks or flexitanks?** The MOQ for bulk refined sunflower oil is typically one ISO tank or flexitank, approximately 20–24 metric tonnes. Drum quantities (200 litres) are available for smaller requirements. Contact our team to confirm current MOQs for your delivery destination. **Q4: Do you supply sunflower oil with low erucic acid content for food processing applications?** Yes, all refined sunflower oil we supply is naturally very low in erucic acid, well below the EU 2% maximum for food-grade vegetable oils, making it fully compliant for food manufacturing across European and international markets. **Q5: What are the peroxide value and moisture content specs for your refined sunflower oil?** Our refined sunflower oil meets international quality standards: peroxide value ≤10 meq/kg, moisture and volatile matter ≤0.1%, and FFA ≤0.1%. Full batch-specific CoA values are provided with each shipment. **Q6: Is your sunflower oil non-GMO certified for use in European food manufacturing?** Standard refined sunflower oil is inherently non-GMO, as commercially cultivated sunflowers are not genetically modified. Non-GMO certification documentation can be provided upon request to support product claims for EU food manufacturers. **Q7: Can you supply Ukrainian or EU-origin sunflower oil with full origin documentation?** Yes, we supply sunflower oil from Ukraine, and EU-origin sources including Bulgaria, Hungary, and Romania, with full origin documentation including bills of lading, certificates of origin, and phytosanitary certificates. **Q8: What is the shelf life and recommended storage temperature for bulk sunflower oil?** Refined sunflower oil has a shelf life of 12–18 months from production when stored in sealed containers away from light, heat, and oxygen. Recommended bulk storage temperature is 15–25°C. High oleic grades offer extended stability. **Q9: Do you offer high oleic sunflower oil for frying applications requiring extended stability?** Yes, HOSO with oleic acid content ≥75% is available for industrial frying applications. Its superior oxidative stability extends frying life significantly, reduces oil usage costs, and meets demand for cleaner label ingredients in snack and food service applications. **Q10: What food safety certifications accompany your sunflower oil — HACCP, ISO 22000?** Sunflower oil is supplied from refineries holding internationally recognised certifications including HACCP, ISO 22000, and in many cases BRC Food Safety accreditation. Certification documents are available upon request. **Q11: What is the current FOB/CIF pricing for refined sunflower oil per metric tonne?** Sunflower oil prices are market-linked and subject to daily fluctuation. Please contact our sales team for current FOB Black Sea, FOB Rotterdam, or CIF destination pricing based on your specific volume and delivery requirements. **Q12: Can sunflower oil be supplied in food-grade IBCs or drums for smaller manufacturers?** Yes, refined sunflower oil is available in food-grade 200-litre steel or plastic drums and 1,000-litre IBCs for smaller manufacturers who do not have bulk liquid storage facilities. **Q13: Is your sunflower oil suitable for cosmetic and pharmaceutical manufacturing?** Yes, refined sunflower oil with a high tocopherol (vitamin E) content is widely used in cosmetic formulations such as creams, lotions, and hair care products, as well as pharmaceutical applications. Cosmetic-grade supply with appropriate purity documentation is available. **Q14: What is the iodine value and saponification value of your sunflower oil?** Standard refined sunflower oil has an iodine value of 118–141 g I₂/100g and a saponification value of 188–194 mg KOH/g. High oleic sunflower oil has a lower iodine value of approximately 78–90, indicating higher stability. Batch-specific values are confirmed in the CoA. **Q15: Do you supply crude sunflower oil for in-house refining operations?** Yes, crude sunflower oil (CSO) is available for buyers with in-house refining capacity, typically sold at a price discount to refined grades. Please contact us with your refinery location, required quality, and volume requirements. **Q16: Can you provide Halal, Kosher, and organic certification for sunflower oil orders?** Yes, Halal and Kosher certified sunflower oil is available upon request. Organic certified supply can also be sourced. Please specify your certification requirements when placing your enquiry. **Q17: What are the lead times for sunflower oil delivery to Asian and Middle Eastern markets?** From European or Black Sea origins to Middle Eastern ports, transit times are typically 10–18 days, with overall order lead times of 3–5 weeks. For Asian markets, lead times are typically 4–6 weeks including production and transit. **Q18: How does your sunflower oil compare to rapeseed oil for industrial frying applications?** Standard sunflower oil is less oxidatively stable than rapeseed oil for prolonged high-heat frying due to its higher polyunsaturated content. However, high oleic sunflower oil (HOSO) is comparable or superior to rapeseed oil for frying stability and offers a neutral flavour preferred in snack manufacturing. **Q19: What is the typical colour specification (Lovibond) of your refined sunflower oil?** Refined sunflower oil typically shows a Lovibond colour of ≤1.5 red in a 5¼-inch cell, producing a pale golden-yellow appearance. Batch CoA values confirm the exact colour for each shipment. **Q20: Do you offer forward contracts or fixed-price agreements for sunflower oil procurement?** Yes, forward pricing and contract supply agreements for regular volume buyers are available to protect against commodity price volatility and ensure supply continuity. Please contact our trading team to discuss contract terms, volumes, and pricing. **Q21: What regulatory documentation do you provide for sunflower oil import into the EU, UK, or India?** We provide a comprehensive documentation package including Certificate of Analysis, Certificate of Origin, Health Certificate, Phytosanitary Certificate (where required), Halal Certificate (where applicable), Bill of Lading, and Packing List. For India, we also supply documentation supporting FSSAI import requirements. **Q22: Does Bio Green Wax supply Sunflower Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Sunflower Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Sunflower Oil. --- #### Coconut Oil - **Product Page**: https://biogreenwax.com/products/coconut-oil - **Applications**: Cooking & frying, Baking & confectionery, Cosmetics & skincare, Hair care products, Soap manufacturing, Pharmaceutical formulations, Industrial lubricants, Biodiesel feedstock Coconut Oil, derived from mature coconut kernels (Scientific name: Cocos nucifera), is a natural, versatile oil produced through cold-pressing or refining to ensure purity and quality. Rich in medium-chain triglycerides (MCTs), lauric acid, and antioxidants, it supports energy metabolism, heart health, and skin nourishment. Covering around 3–5% of the global edible oils market, coconut oil is prized for cooking, baking, and frying, while also widely used in cosmetics, hair care, pharmaceuticals, and even industrial applications like soap making. Historically valued in South Asia and the Pacific for centuries, it became globally popular in the 20th century for its unique flavor, stability, and wellness benefits. Interesting fact: virgin coconut oil retains a mild coconut aroma, while refined versions are neutral, making it suitable for diverse culinary and lifestyle uses. **Frequently Asked Questions about Coconut Oil** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/coconut-oil/faq **Q1: What is ''Coconut Oil'' and how is it produced?** Coconut oil is a highly versatile edible oil extracted from the kernel (meat) of mature coconuts harvested from the coconut palm, Cocos nucifera, a member of the Arecaceae (palm) family. The coconut palm is often called the "tree of life" in tropical cultures due to the extraordinary range of products derived from every part of the tree. Native to the tropical regions of Southeast Asia and the western Pacific islands, the coconut palm has been cultivated for at least 4,000 years and is now found throughout the tropics worldwide. The scientific name Cocos nucifera derives from the Portuguese word coco, meaning "grinning face" or "monkey face" (referring to the three indentations on the coconut shell that resemble facial features), and the Latin nucifera, meaning "nut-bearing." Coconut palms thrive in sandy, well-drained soils in humid tropical climates, typically within 25 degrees of the equator. The largest producers of coconut oil include Indonesia, the Philippines, India, Sri Lanka, Vietnam, and Papua New Guinea. Global annual production of coconut oil is approximately 3.5 million metric tonnes. The production of coconut oil begins with the harvesting of mature coconuts, typically 11-12 months after flowering. The outer husk (coir) is removed, and the hard shell is cracked to access the white coconut meat (copra when dried). Two primary methods are used for oil extraction. In the dry process, the coconut meat is dried to produce copra (containing approximately 60-65% oil), which is then mechanically pressed and the crude coconut oil is refined, bleached, and deodorised (RBD) to produce a colourless, flavour-neutral product. In the wet process, fresh coconut meat is processed without drying — the meat is pressed to produce coconut milk, from which the oil is separated by fermentation, centrifugation, or enzymatic methods. Virgin coconut oil (VCO), produced by wet processing without chemical refining, retains its natural coconut flavour, aroma, and bioactive compounds. Coconut oil is unique among vegetable oils due to its exceptionally high saturated fat content — approximately 82-92% saturated fatty acids. The dominant fatty acid is lauric acid (C12:0), comprising about 47-53% of total fatty acids. Lauric acid is a medium-chain fatty acid (MCFA) that is metabolised differently from long-chain fatty acids, being absorbed more rapidly and transported directly to the liver for energy production. Other significant fatty acids include myristic acid (C14:0, approximately 18%), caprylic acid (C8:0, approximately 7%), capric acid (C10:0, approximately 6%), and palmitic acid (C16:0, approximately 9%). This fatty acid profile gives coconut oil a sharp melting point of approximately 24-25 degrees Celsius, causing it to be solid at room temperature in temperate climates and liquid in the tropics. Historically, coconut oil has been central to the cultures, cuisines, and economies of tropical coastal communities across Asia, the Pacific Islands, and East Africa. In South and Southeast Asian cooking, coconut oil is the traditional cooking medium — essential in the cuisines of Kerala, Sri Lanka, Thailand, Indonesia, and the Philippines. In Ayurvedic medicine, coconut oil has been used for thousands of years in oil pulling, massage therapy, and various therapeutic applications. Pacific Island cultures have used coconut oil for cooking, skin and hair care, wound healing, and ceremonial purposes for millennia. In modern food manufacturing, RBD coconut oil is used in confectionery coatings, chocolate alternatives, non-dairy creamers, ice cream, biscuits, and baked goods. Its sharp melting profile provides a clean melt-in-the-mouth sensation valued in confectionery. Coconut oil is also used in commercial frying in tropical regions. Virgin coconut oil has gained significant popularity in health-conscious consumer markets as a cooking oil, dietary supplement, and functional food ingredient. Beyond food, coconut oil and its derivatives are major feedstocks for the oleochemical industry. Lauric acid and its derivatives are used in the production of soaps, detergents, shampoos, surfactants, and personal care products. Coconut-derived fatty alcohols are key ingredients in cosmetic emulsifiers and hair conditioners. In the pharmaceutical industry, medium-chain triglycerides (MCTs) derived from coconut oil are used as carrier oils, excipients, and nutritional supplements. Coconut oil is also used in the production of bio-lubricants, biodiesel, and agricultural chemicals. Food-grade improvements in coconut oil production include the development of standardised virgin coconut oil production methods (codified by the Asian and Pacific Coconut Community), improved copra drying technology that reduces aflatoxin contamination risk, and advanced fractionation techniques that produce specific coconut oil fractions for targeted food and industrial applications. The growing demand for organic, fair-trade, and sustainably sourced coconut oil has driven improvements in supply chain certification and smallholder farmer support programmes. Interesting facts about coconut oil include: a productive coconut palm can yield 50-200 coconuts per year for up to 80 years; coconut oil was the world's leading vegetable oil until the 1960s when it was overtaken by soybean oil; the Philippines has declared the coconut as the "Tree of Life" and coconut farming supports approximately 3.5 million farming families in the country; and MCT oil, derived from coconut oil, has become one of the fastest-growing dietary supplement categories globally. **Q2: What grades of coconut oil do you supply — RBD, virgin, fractionated, or crude?** Bio Green Wax Ltd supplies RBD (Refined, Bleached, Deodorised) coconut oil, fractionated coconut oil (FCO/MCT oil), virgin coconut oil (VCO), and crude coconut oil. Each grade has distinct applications from food manufacturing and nutraceuticals to cosmetics and oleochemical production. **Q3: What is the lauric acid content percentage in your refined coconut oil?** Refined coconut oil typically contains 45–53% lauric acid, making it one of the richest natural sources of this medium-chain fatty acid. This high lauric acid content makes it valuable for soap manufacturing, cosmetics, specialty fats, and personal care applications. **Q4: What is the minimum order quantity for bulk coconut oil in drums or IBCs?** The MOQ for bulk coconut oil is typically one 20-foot container load (approximately 16–20 metric tonnes in drums) or equivalent in IBCs. Flexitank and ISO tank options are available for larger volumes. Please contact us to confirm current MOQs based on your packaging and destination. **Q5: Do you supply fractionated coconut oil (MCT oil) for nutraceutical and pharmaceutical use?** Yes, fractionated coconut oil (primarily C8 caprylic acid and C10 capric acid) is available in food, nutraceutical, and pharmaceutical grades. It is used in ketogenic supplements, infant nutrition, and cosmetic formulations. Purity specifications and pharmacopoeia compliance documentation are available upon request. **Q6: Is your coconut oil organic certified for use in natural cosmetics formulations?** Yes, organic certified coconut oil is available for natural and certified organic cosmetics formulations, meeting EU Organic Regulation and USDA NOP standards. Organic certification documentation and transaction certificates are provided upon request. **Q7: What is the melting point and free fatty acid (FFA) content of your RBD coconut oil?** RBD coconut oil has a melting point of approximately 24–26°C and an FFA content of ≤0.1% for refined grade, ensuring consistent quality for food and cosmetic applications. Exact batch values are confirmed in the Certificate of Analysis. **Q8: Can you supply coconut oil meeting EU Cosmetics Regulation and USP pharmacopoeia standards?** Yes, coconut oil meeting EU Cosmetics Regulation (EC 1223/2009) and USP standards is available. These grades undergo additional testing for purity, heavy metals, and microbiological compliance. Full documentation packages are provided to support regulatory submissions in Europe and the USA. **Q9: What is the shelf life of refined coconut oil and what storage conditions are required?** Refined coconut oil has a shelf life of 18–24 months when stored in sealed containers away from light, heat, and moisture. Recommended storage temperature is 15–30°C. The oil will solidify below its melting point (~24°C) without any quality impact. **Q10: Do you provide Certificate of Analysis (CoA) with each batch for quality traceability?** Yes, a full Certificate of Analysis is provided with every batch, confirming FFA, peroxide value, iodine value, saponification value, moisture, colour, and certification-specific parameters. Batch traceability documentation is maintained for quality assurance and regulatory compliance. **Q11: What is the current CIF price for bulk coconut oil per metric tonne to European ports?** Coconut oil prices fluctuate with global commodity markets. Please contact our sales team for current CIF Rotterdam, Hamburg, or other European port pricing based on your specific volume, grade, and delivery schedule. **Q12: Is your coconut oil suitable for soap manufacturing and oleochemical applications?** Yes, refined coconut oil is a primary feedstock for soap manufacturing — its high lauric acid content produces soaps with excellent lather, cleansing performance, and hardness. For oleochemical production, it serves as feedstock for lauric acid, caprylic acid, capric acid, glycerine, and fatty derivatives. **Q13: Can you supply Halal and Kosher certified coconut oil for food and cosmetic manufacturers?** Yes, Halal and Kosher certified coconut oil is available. Certification is issued by internationally recognised bodies, with appropriate documentation provided for food and cosmetics compliance. Please specify your requirements when enquiring. **Q14: What is the saponification value and iodine value of your coconut oil?** RBD coconut oil has a saponification value of approximately 248–265 mg KOH/g (among the highest of all vegetable oils, important for soap makers) and an iodine value of 6–11 g I₂/100g, reflecting its very high saturated fat content. Batch-specific values are confirmed in the CoA. **Q15: Do you supply coconut oil in food-grade flexitanks or ISO tanks for large volumes?** Yes, large-volume orders can be supplied in food-grade flexitanks (16,000–24,000 litres) and ISO tanks (20,000–25,000 litres). The oil is maintained above its melting point during loading, and buyers are responsible for appropriate heating facilities at the discharge point if required. **Q16: What origin countries does your coconut oil come from — Philippines, Indonesia, Sri Lanka?** We source coconut oil from the Philippines, Indonesia, India, and Sri Lanka — the world's leading producers. Origin preference can be specified; full origin documentation including certificates of origin and phytosanitary certificates are provided with each shipment. **Q17: Is your coconut oil tested for aflatoxins and heavy metals for food safety compliance?** Yes, our refined coconut oil is tested for aflatoxins and heavy metals (lead, arsenic, cadmium, mercury) as part of our quality assurance process. Test reports from accredited laboratories are available with each shipment to support food safety compliance in import markets. **Q18: Do you offer hydrogenated coconut oil or coconut stearin for speciality fat applications?** Yes, hydrogenated coconut oil (melting points 34–45°C) and coconut stearin (the high-melting fraction) are available for specialty fat applications in confectionery, cosmetics, and oleochemical production. Please contact us with your specific melting point and application requirements. **Q19: What packaging formats are available for cosmetic-grade coconut oil — drums, totes?** Cosmetic-grade coconut oil is available in 200-litre HDPE or lacquer-lined steel drums and 1,000-litre food-grade IBCs. For small quantities, pail or carton packaging can be discussed. Please specify your packaging preference and cosmetic grade requirements when enquiring. **Q20: What are your typical lead times for coconut oil supply to UK and European customers?** Lead times from major production origins (Philippines, Indonesia) to UK and European ports are typically 4–6 weeks, including production, quality testing, documentation, and ocean transit. Airfreight options for sample quantities and urgent small orders can be arranged on request. **Q21: Can you blend coconut oil with other vegetable oils for custom formulation requirements?** Yes, custom blending of coconut oil with other vegetable oils (such as palm kernel oil, palm oil, or sunflower oil) is available to meet specific fatty acid profiles, melting points, or functional requirements. Please contact our technical team with your target blend specification and application details. **Q22: Does Bio Green Wax supply Coconut Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Coconut Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Coconut Oil. --- #### Soya Bean Oil - **Product Page**: https://biogreenwax.com/products/soybean-oil - **Applications**: Cooking & frying, Salad dressings & sauces, Margarine & shortening, Baking & confectionery, Industrial coatings & paints, Biodiesel production, Pharmaceutical formulations, Animal feed Soybean Oil, derived from soybean seeds (Scientific name: Glycine max), is one of the most widely consumed vegetable oils worldwide. Extracted through pressing and solvent processing, then refined for purity, it is naturally rich in polyunsaturated fatty acids, omega‑3s, and vitamin E, supporting heart health and overall wellness. Covering nearly 30% of the global edible oils market, soybean oil is a staple in cooking, frying, baking, and salad dressings, while also serving as a key ingredient in processed foods, margarine, and industrial products such as biodiesel, inks, and lubricants. First used in China over 2,000 years ago and commercialized in the United States in the early 20th century, soybean oil has become a global essential thanks to its versatility, neutral flavor, and nutritional profile. Interesting fact: soybean oil is the primary source of biodiesel in many countries, making it vital for both kitchens and clean energy solutions. **Frequently Asked Questions about Soya Bean Oil** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/soybean-oil/faq **Q1: What is ''Soya Bean Oil'' and how is it produced?** Soya bean oil (also known as soybean oil) is one of the world's most widely consumed vegetable oils, extracted from the seeds of the soybean plant, Glycine max, a legume belonging to the Fabaceae family. The soybean is native to East Asia, with evidence of cultivation in China dating back over 5,000 years. The plant was considered one of the five sacred grains (wu gu) in ancient Chinese agriculture, alongside rice, wheat, barley, and millet. The scientific name Glycine max was established by the Swedish botanist Carl Linnaeus, with Glycine derived from the Greek glykys (sweet). Soybeans are now cultivated on every continent except Antarctica, with the largest producers being Brazil, the United States, Argentina, China, and India. Global soybean production exceeds 370 million metric tonnes annually, with approximately 28 million metric tonnes of soybean oil produced each year — making it the second most produced vegetable oil in the world after palm oil. The soybean thrives in temperate climates with warm summers, adequate rainfall, and fertile, well-drained soils. The production of soybean oil begins with the harvesting of mature soybeans, which contain approximately 18-20% oil by weight. After cleaning and conditioning, the beans are cracked, dehulled, and flaked to increase surface area for oil extraction. The primary extraction method is solvent extraction using food-grade hexane, which efficiently removes oil from the flaked soybeans. The resulting crude soybean oil undergoes degumming (to remove phospholipids or lecithin — itself a valuable co-product), neutralisation, bleaching, and deodorisation to produce fully refined soybean oil. The defatted soybean meal, containing approximately 44-48% protein, is the world's most important protein source for animal feed. Soybean oil has a distinctive fatty acid profile characterised by a high proportion of polyunsaturated fatty acids: approximately 51-54% linoleic acid (omega-6), 7-10% alpha-linolenic acid (omega-3), 22-25% oleic acid, 10-12% palmitic acid, and 4-5% stearic acid. This composition gives soybean oil excellent nutritional properties — it is one of the few common vegetable oils that provides significant amounts of both omega-6 and omega-3 essential fatty acids. Historically, soybeans were primarily cultivated for their protein content in East Asian cuisines, used to produce tofu, soy sauce, tempeh, miso, and soy milk. Large-scale extraction of soybean oil began in the early 20th century, first in Manchuria (northeastern China) and subsequently in the United States, where soybean cultivation expanded dramatically during and after World War II. By the 1960s, soybean oil had become the dominant vegetable oil in the American food supply. In the food industry, refined soybean oil is used extensively in cooking oil blends, salad dressings, mayonnaise, margarine, shortening, baked goods, snack food frying, and as a general-purpose food manufacturing ingredient. High oleic soybean varieties and interesterified soybean oil products now provide improved stability without trans fat formation. Soybean oil also has significant industrial applications. It is a major feedstock for biodiesel production — soybean methyl ester (SME) is the primary biodiesel fuel in the United States and Brazil. Soybean oil is used in the manufacture of printing inks (soy ink is widely used in newspaper and commercial printing), paints and coatings, plasticisers, adhesives, hydraulic fluids, and bio-based polymers. Epoxidised soybean oil (ESBO) is an important plasticiser and stabiliser in PVC manufacturing. Soybean lecithin, extracted during the degumming stage of oil refining, is one of the most important food emulsifiers globally, used in chocolate, baked goods, instant foods, infant formula, and numerous processed food applications. It is also widely used in pharmaceutical and industrial applications. Food-grade improvements include the development of low-linolenic soybean varieties that improve oil stability without hydrogenation, non-GMO identity-preserved supply chains for markets requiring non-GMO certification, and organic soybean oil production to meet growing consumer demand. Modern refining techniques have also reduced the formation of process-induced contaminants and improved the overall quality and consistency of refined soybean oil. Interesting facts about soybean oil include: the soybean is the world's most important oilseed by production volume; soy ink was first developed in the 1970s as an alternative to petroleum-based inks; soybean meal provides approximately 70% of the world's protein meal for animal feed; Henry Ford was an early proponent of industrial soybean uses, incorporating soy-based plastics into automobile parts in the 1940s; and soybeans fix atmospheric nitrogen through root nodule bacteria, reducing fertiliser requirements and benefiting subsequent crops in rotation systems. **Q2: Do you supply non-GMO or identity-preserved (IP) soybean oil for food manufacturers?** Yes, non-GMO and identity-preserved (IP) soybean oil is available with full supply chain traceability. IP soybean oil is produced from verified non-GMO soybeans, with relevant certification and traceability documentation provided to support non-GMO claims. **Q3: What is the minimum order quantity for bulk refined soybean oil?** The MOQ for bulk refined soybean oil is typically one ISO tank or flexitank load (approximately 20–24 metric tonnes). Smaller drum or IBC quantities are available. Please contact our team to confirm current MOQs for your origin preference and delivery destination. **Q4: What is the peroxide value, FFA content, and phosphorus level in your soybean oil?** Our refined soybean oil meets standard specifications: FFA ≤0.1%, peroxide value ≤10 meq/kg, and phosphorus ≤5 ppm. For winterised or fully refined grades, phosphorus content is lower. Batch-specific values are confirmed in the CoA. **Q5: Can you supply crude degummed soybean oil (CDSO) for refinery operations?** Yes, crude degummed soybean oil (CDSO) is available for buyers with in-house refining capacity. CDSO is typically shipped from South American origins (Brazil, Argentina). Please contact us with your refinery location and volume requirements. **Q6: Is your soybean oil RSPO or ISCC certified for biofuel and biodiesel applications?** ISCC-EU certified soybean oil is available for biofuel and biodiesel applications requiring RED II compliance. GHG calculation documentation and chain-of-custody certificates are provided with each certified batch. **Q7: What is the current FOB Argentina or Brazil price for bulk soybean oil?** Soybean oil prices are market-linked and fluctuate daily. Please contact our trading desk for current FOB Santos, FOB Rosario, or FOB US Gulf pricing for your required volume and delivery period. **Q8: Do you supply soybean oil compliant with EU food contact regulations for packaging?** Yes, refined soybean oil for food contact applications meets EU food contact material regulations. Documentation confirming compliance with EU Regulation 10/2011 on plastic food contact materials is available upon request. **Q9: What fatty acid profile does your soybean oil carry — omega-3, omega-6 ratio?** Refined soybean oil contains approximately 53% linoleic acid (omega-6), 7–8% alpha-linolenic acid (omega-3), 22% oleic acid (C18:1), 11% palmitic acid (C16:0), and 4% stearic acid (C18:0). This makes it one of the few vegetable oils with a meaningful omega-3 content for nutritional labelling. **Q10: Is your soybean oil suitable for industrial applications such as printing inks and lubricants?** Yes, refined soybean oil and its derivatives are used in bio-based printing inks, industrial lubricants, and oleochemical applications. Its high linoleic acid content makes it a reactive drying oil suitable for ink formulations. Please contact us with your industrial application requirements. **Q11: What food safety certifications do you hold — HACCP, BRC, ISO 22000?** Our soybean oil is sourced from refineries holding internationally recognised food safety certifications including HACCP, ISO 22000, and BRC Food Safety. Certification documents are available upon request. **Q12: Can you supply soybean oil in food-grade flexitanks, ISO tanks, or bulk vessels?** Yes, bulk soybean oil is available in food-grade flexitanks (16,000–24,000 litres), ISO tanks, and bulk liquid vessels for very large volumes. The appropriate transport format depends on order volume and destination port infrastructure. **Q13: What is the smoke point and oxidative stability of your refined soybean oil?** Refined soybean oil has a smoke point of approximately 230°C, suitable for cooking and frying applications. Its relatively high polyunsaturated content means it is less oxidatively stable than high oleic oils for extended industrial frying use without antioxidant treatment. **Q14: Do you offer hydrogenated or partially hydrogenated soybean oil for margarine production?** Fully hydrogenated soybean oil (zero trans fat) is available for industrial applications and can be interesterified with liquid oils to produce margarine and shortening with the desired SFC profile. Partial hydrogenation (trans fat-generating) is no longer commercially supplied due to regulatory restrictions. **Q15: What documentation do you provide for soybean oil import into India, UAE, or the UK?** We provide a full documentation package including Certificate of Analysis, Certificate of Origin, Health Certificate, Phytosanitary Certificate, Bill of Lading, Packing List, and Commercial Invoice. For India, documentation supporting FSSAI requirements is included. **Q16: Can you provide USDA organic certified soybean oil for natural product manufacturers?** Yes, USDA NOP organic certified soybean oil from identity-preserved organic supply chains is available. Organic certification documentation and transaction certificates are provided to support organic product claims. **Q17: What is the shelf life of your refined soybean oil under standard bulk storage conditions?** Refined soybean oil has a shelf life of approximately 12 months under standard bulk storage conditions (sealed tanks, below 25°C, away from light and oxidising conditions). Antioxidant treatment and regular peroxide value monitoring are recommended for bulk stored oil. **Q18: Do you supply soybean oil for animal feed and aquaculture applications?** Yes, feed-grade soybean oil is available for animal feed, aquaculture feed, and poultry nutrition. Feed-grade oil may have slightly higher FFA content than food-grade and is priced accordingly. Please specify your intended application and relevant quality standards when enquiring. **Q19: What is the colour specification (Lovibond red/yellow) of your refined soybean oil?** Refined soybean oil typically shows a Lovibond colour of ≤3.0 red in a 5¼-inch cell, with a light yellow appearance. Batch-specific colour values are provided in the Certificate of Analysis. **Q20: Can you supply soybean lecithin as a co-product alongside bulk soybean oil orders?** Yes, soybean lecithin in liquid, deoiled, and granular forms can be arranged alongside bulk soybean oil orders. Please contact us to discuss lecithin grade requirements and supply volumes. **Q21: What are your payment and delivery terms for soybean oil to Asian and African markets?** Payment terms include LC at sight, TT with agreed advance or credit arrangements, and open account for established buyers. CIF delivery to major Asian and African ports is standard; FOB origin pricing is also available. Please contact our team for specific pricing and delivery details. **Q22: Does Bio Green Wax supply Soya Bean Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Soya Bean Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Soya Bean Oil. --- #### Rapeseed Oil - **Product Page**: https://biogreenwax.com/products/rapeseed-oil - **Applications**: Cooking & frying, Salad dressings & marinades, Margarine & spreads, Biodiesel production, Industrial lubricants, Cosmetics & personal care, Pharmaceutical formulations Rapeseed Oil, derived from rapeseed seeds (Scientific name: Brassica napus), is a light, neutral vegetable oil extracted by pressing and refining. Modern “canola” varieties were developed to reduce erucic acid and glucosinolates, making it safe and nutritious. It is rich in omega‑3 and omega‑6 fatty acids, vitamin E, and has one of the lowest saturated fat contents among edible oils, supporting cardiovascular health. Rapeseed oil covers ~13% of the global edible oils market and is widely used for frying, baking, salad dressings, and margarine. Industrially, it is a key feedstock for biodiesel and lubricants. Historically cultivated in Europe for lamp oil, it became a major food oil in the 20th century. Interesting fact: rapeseed oil’s high smoke point and eco‑efficient yield make it both a chef’s and farmer’s favorite. **Frequently Asked Questions about Rapeseed Oil** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/rapeseed-oil/faq **Q1: What is ''Rapeseed Oil'' and how is it produced?** Rapeseed oil (also known as canola oil in its low-erucic-acid form) is a widely used vegetable oil extracted from the seeds of the rapeseed plant, Brassica napus, a member of the Brassicaceae (mustard/cabbage) family. The plant is closely related to cabbage, broccoli, cauliflower, and mustard. Rapeseed has been cultivated in Europe and Asia for centuries, with evidence of its use dating back to ancient Indian and Chinese civilisations around 2000 BCE. The name "rapeseed" derives from the Latin word rapum, meaning turnip, reflecting its botanical relationship to root vegetables in the Brassica genus. The largest producers of rapeseed oil include Canada, the European Union (particularly Germany, France, Poland, and the United Kingdom), China, India, and Australia. Global annual production of rapeseed oil exceeds 27 million metric tonnes, making it the third most produced vegetable oil in the world after palm oil and soybean oil. Rapeseed thrives in temperate climates with cool growing seasons and moderate rainfall. The production of rapeseed oil begins with the harvesting of mature rapeseed pods, which contain small, dark seeds with an oil content of approximately 40-44% — one of the highest among oilseed crops. After cleaning and conditioning, the seeds are mechanically pressed (expeller pressing) and then typically subjected to solvent extraction to maximise oil yield. The resulting crude rapeseed oil is refined through degumming, neutralisation, bleaching, and deodorisation to produce a pale yellow, mild-flavoured oil suitable for food manufacturing and cooking. A pivotal moment in rapeseed oil history occurred in the 1970s when Canadian plant breeders developed low-erucic-acid, low-glucosinolate rapeseed varieties — branded as "canola" (Canadian Oil, Low Acid). Traditional rapeseed oil contained 30-60% erucic acid. Canola varieties contain less than 2% erucic acid and have become the dominant rapeseed type in global food markets. The fatty acid profile of canola/rapeseed oil is considered one of the most nutritionally balanced among vegetable oils: approximately 60-65% oleic acid (omega-9), 18-21% linoleic acid (omega-6), 9-11% alpha-linolenic acid (omega-3). The low saturated fat content (approximately 7%) is the lowest of any common cooking oil. Historically, rapeseed oil was primarily used for lamp oil, lubricants, and industrial applications in Europe. In India and China, mustard and rapeseed oils have been used in cooking for thousands of years. During World War II, rapeseed oil was used as a marine engine lubricant, and the interruption of Asian supplies during the war led Canada to dramatically expand rapeseed cultivation. The post-war development of canola varieties transformed rapeseed from an industrial crop into a premium food oil. In the food industry, rapeseed/canola oil is one of the most popular cooking and frying oils worldwide, valued for its neutral flavour, high smoke point (approximately 230 degrees Celsius for refined grades), excellent nutritional profile, and competitive pricing. It is widely used in commercial frying, salad dressings, mayonnaise, margarine, baked goods, and as a general-purpose food manufacturing oil. Cold-pressed rapeseed oil, which retains its natural golden colour and slightly nutty flavour, has become a premium product in European artisan food markets. Rapeseed oil has significant industrial applications. It is the primary feedstock for biodiesel production in Europe, with rapeseed methyl ester (RME) meeting EN 14214 specifications. The European Union's renewable energy directives have driven massive expansion of rapeseed cultivation for biodiesel. Rapeseed oil is also used in bio-lubricants, hydraulic fluids, metalworking fluids, and as a base stock for environmentally sensitive lubrication applications where biodegradability is required. Food-grade improvements include the development of high oleic rapeseed/canola varieties (HOLL — High Oleic, Low Linolenic) with improved frying stability, non-GMO identity-preserved supply chains, organic production systems, and cold-pressing techniques that preserve natural antioxidants and flavour compounds. Interesting facts about rapeseed include: rapeseed flowers produce brilliant yellow fields that are an iconic sight across the English, French, and German countryside in spring; rapeseed honey is one of the earliest honey varieties harvested each year; the rapeseed plant is an excellent rotation crop that suppresses soil-borne diseases and improves soil structure; and rapeseed meal (the protein-rich residue after oil extraction) contains approximately 36-40% protein and is a valuable livestock feed ingredient. **Q2: Do you supply UK or EU-origin double zero (00) rapeseed oil for food manufacturing?** Yes, Bio Green Wax Ltd supplies double zero (00) rapeseed oil from UK and EU origins including Germany, France, Poland, and the United Kingdom. Double zero varieties have erucic acid <2% and glucosinolate levels within EU regulatory limits, making them fully compliant for food manufacturing. **Q3: What is the erucic acid content in your rapeseed oil — is it canola-grade (<2%)?** Yes, all refined rapeseed oil we supply is canola-grade with erucic acid content of less than 2%, as required by EU food regulations (EC No 1881/2006). This makes it fully suitable for all food manufacturing, frying, dressing, and culinary applications. **Q4: What is the minimum order quantity for bulk rapeseed oil in flexitanks or ISO tanks?** The MOQ for bulk refined rapeseed oil is typically one ISO tank or flexitank (approximately 20–24 metric tonnes). Drum and IBC quantities are available for smaller requirements. Please contact us to confirm current MOQs based on your origin preference and destination. **Q5: Can you supply cold-pressed rapeseed oil for premium food product manufacturers?** Yes, cold-pressed rapeseed oil is available for premium food product manufacturers. Cold-pressed oil retains its natural golden colour, mild nutty flavour, and higher levels of naturally occurring tocopherols and phytosterols — ideal for salad dressings, marinades, and premium cooking oil products. **Q6: What is the oleic acid content and omega-3 (ALA) content in your refined rapeseed oil?** Refined rapeseed oil contains approximately 62% oleic acid (C18:1), 20% linoleic acid (C18:2, omega-6), and 9–10% alpha-linolenic acid (C18:3, omega-3), giving it a favourable omega-6 to omega-3 ratio of approximately 2:1 — one of the most nutritionally balanced of mainstream vegetable oils. **Q7: Is your rapeseed oil ISCC certified for biodiesel and biofuel blending applications?** Yes, ISCC-EU certified rapeseed oil is available for biodiesel and biofuel blending applications requiring RED II compliance. GHG calculation documentation and chain-of-custody certificates are provided to support renewable energy directive compliance. **Q8: What are the current FOB/CIF prices for refined rapeseed oil per metric tonne?** Rapeseed oil prices are linked to global commodity and EU futures markets. Please contact our trading team for current FOB Hamburg, FOB Rotterdam, or CIF destination pricing for your specific volume and delivery period. **Q9: Do you supply high oleic rapeseed oil for industrial frying and food service?** Yes, high oleic rapeseed oil (HORO) with oleic acid content ≥75% is available for industrial frying and food service. Its superior oxidative stability extends frying life, reduces operating costs, and supports clean label food product development. **Q10: Is your rapeseed oil suitable for cosmetics and personal care product formulations?** Yes, refined rapeseed oil is used in cosmetic formulations including skin creams, hair care products, and body oils, due to its light texture, skin compatibility, and tocopherol content. It is fully biodegradable and increasingly preferred in natural and sustainable personal care products. **Q11: What food safety certifications accompany your rapeseed oil supply?** Rapeseed oil is sourced from refineries holding HACCP, ISO 22000, and BRC Food Safety certifications. Supply chain quality is audited to ensure consistency across all batches. Copies of certifications are available upon request. **Q12: Can you supply rapeseed oil meeting the Red Tractor or RTRS sustainability standards?** Yes, Red Tractor certified rapeseed oil (UK-origin) is available for buyers requiring UK sustainable production standards. RTRS certified equivalents are also available. Please specify your certification requirements when enquiring. **Q13: What is the shelf life and storage requirement for bulk rapeseed oil?** Refined rapeseed oil has a shelf life of 12–18 months when stored in sealed, nitrogen-blanketed tanks away from light, heat, and moisture, at below 20°C. Regular peroxide value monitoring is advisable for bulk storage. **Q14: Do you provide full batch traceability and Certificate of Analysis for each delivery?** Yes, full batch traceability from origin to delivery and a Certificate of Analysis confirming all key quality parameters are provided with every shipment, enabling buyers to fulfil their own traceability obligations under EU food law and retailer codes of practice. **Q15: What is the glucosinolate level in your rapeseed oil — is it within EU food limits?** Yes, all rapeseed oil we supply is double-zero grade with glucosinolate content of ≤18 µmol/g in the seed — well within EU regulatory limits. The refining process also removes residual glucosinolates from the oil, making the refined product fully food-safe. **Q16: Can you supply rapeseed oil in drums or IBCs for smaller batch food manufacturers?** Yes, refined rapeseed oil is available in 200-litre food-grade drums and 1,000-litre IBCs for smaller manufacturers who do not have bulk liquid storage, with the same quality documentation as bulk shipments. **Q17: What is the typical iodine value of your refined rapeseed/canola oil?** The iodine value of refined rapeseed oil typically ranges from 94–120 g I₂/100g. High oleic rapeseed oil has a lower iodine value of approximately 80–95, indicating higher oxidative stability. Batch-specific values are confirmed in the CoA. **Q18: Is rapeseed oil from your supply chain EUDR compliant for European market access?** Yes, we work with supply chain partners to ensure full EUDR (EU Deforestation Regulation) compliance for rapeseed oil sourced or imported into the EU. Our compliance team can provide the relevant due diligence documentation for EU buyers. **Q19: Do you offer forward pricing or contract supply agreements for rapeseed oil?** Yes, fixed-price forward contracts and volume supply agreements are available for rapeseed oil, providing price certainty and supply security for buyers with regular procurement needs. Contact our trading team to discuss volumes, pricing, and contract duration. **Q20: What are the lead times for rapeseed oil delivery to UK, European, and Indian customers?** For UK and European destinations from EU-origin sources, lead times are typically 2–3 weeks. For Indian customers from European or Black Sea origins, approximately 4–6 weeks including ocean transit. Please contact us for destination-specific estimates. **Q21: Can rapeseed oil be supplied as a blend with sunflower or palm oil for specific applications?** Yes, custom blending of rapeseed oil with sunflower oil, palm oil, or other vegetable oils is available to meet specific fatty acid profiles, smoke points, or functional requirements. Please contact our technical team with your target blend specification and application details. **Q22: Does Bio Green Wax supply Rapeseed Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Rapeseed Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Rapeseed Oil. --- #### Olive Oil - **Product Page**: https://biogreenwax.com/products/olive-oil - **Applications**: Cooking and food preparation, Salad dressings and marinades, Cosmetics and personal care, Pharmaceutical formulations, Soap and candle making, Industrial lubricants Olive Oil, derived from olives (Scientific name: Olea europaea), is extracted by cold‑pressing or refining, with “extra virgin” grades retaining maximum flavor and antioxidants. Rich in monounsaturated fats, polyphenols, and vitamin E, it is central to the Mediterranean diet, supporting heart health and longevity. Olive oil covers ~3% of the global edible oils market but commands premium value due to its culinary and cultural significance. Used in cooking, dressings, and gourmet foods, it also finds applications in cosmetics, soaps, and pharmaceuticals. Historically treasured since ancient Greece and Rome, olive oil symbolized health and prosperity. Interesting fact: authentic extra virgin olive oil must have acidity below 0.8%, ensuring purity and taste. **Frequently Asked Questions about Olive Oil** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/olive-oil/faq **Q1: What is ''Olive Oil'' and how is it produced?** Olive oil is a liquid fat obtained by pressing whole olives, the fruit of the olive tree, Olea europaea, a traditional tree crop of the Mediterranean Basin. The olive tree is one of the oldest cultivated trees in human history, with evidence of olive oil production dating back to at least 4500 BCE in the Levant region. The scientific name Olea europaea means "European olive" in Latin, though the tree's origins are believed to lie in the eastern Mediterranean. The olive tree is an evergreen that can live for hundreds or even thousands of years — some specimens in the Mediterranean are estimated to be over 2,000 years old. The largest producers of olive oil are Spain, Italy, Greece, Turkey, Tunisia, Morocco, and Portugal, with the Mediterranean region accounting for approximately 95% of global production. World annual olive oil production fluctuates between 2.5 and 3.5 million metric tonnes, with Spain alone producing approximately 40-50% of the global supply. The production of olive oil begins with the harvesting of olives, typically between October and January in the Northern Hemisphere. The olives are washed, crushed into a paste (traditionally using granite millstones, now typically using stainless steel hammer mills), and the paste is slowly mixed (malaxed) to allow small oil droplets to coalesce. The oil is then separated from the paste and water using hydraulic presses (traditional method) or horizontal centrifugal decanters (modern method). Virgin olive oil is produced entirely by mechanical means without the use of chemical solvents or excessive heat. Olive oil is graded according to strict international standards. Extra virgin olive oil (EVOO) is the highest quality grade, obtained from the first pressing with a free acidity of no more than 0.8%, no sensory defects, and specific organoleptic (taste and aroma) qualities. Virgin olive oil has a maximum acidity of 2.0%. Refined olive oil is produced from lower-quality virgin oils that have undergone chemical refining. "Olive oil" (or "pure olive oil") is a blend of refined and virgin olive oils. The historical significance of olive oil in Mediterranean civilisation is profound. In ancient Greece, olive oil was used for cooking, lighting, personal grooming, medicine, and religious ceremonies — Olympic athletes anointed themselves with olive oil, and victors were crowned with olive wreaths. In ancient Rome, olive oil was essential to the economy. The olive branch has been a symbol of peace since antiquity. In Christianity, Judaism, and Islam, olive oil holds deep religious significance. In modern food applications, olive oil is valued for its distinctive flavour profile — ranging from mild and buttery to robust and peppery depending on variety, terroir, and harvest timing. Extra virgin olive oil is used in salad dressings, dipping, finishing dishes, and light sauteing. Olive oil is a cornerstone of the Mediterranean diet, which has been recognised by UNESCO as an Intangible Cultural Heritage and is associated with numerous health benefits including cardiovascular protection. Nutritionally, olive oil is composed predominantly of oleic acid (omega-9, approximately 70-80%), with smaller amounts of linoleic acid (approximately 10%), palmitic acid (approximately 12%), and stearic acid (approximately 2%). Extra virgin olive oil also contains significant amounts of polyphenols (oleuropein, hydroxytyrosol, oleocanthal), tocopherols (vitamin E), squalene, and phytosterols — bioactive compounds associated with anti-inflammatory, antioxidant, and cardioprotective properties. Beyond food, olive oil is used in cosmetics and skin care (moisturisers, soaps, hair treatments), pharmaceutical preparations, traditional medicine, and religious ceremonies worldwide. Industrial applications include soap manufacturing (Castile soap is traditionally made from olive oil), textile processing, and bio-lubricant formulations. Interesting facts about olive oil include: there are over 700 olive cultivar varieties worldwide; Spain has over 300 million olive trees; the ancient Greeks believed the olive tree was a gift from the goddess Athena; extra virgin olive oil contains oleocanthal, a natural anti-inflammatory compound with properties similar to ibuprofen; and archaeological evidence suggests that olive oil was used as early as 6000 BCE for lamp fuel. **Q2: What grades of olive oil do you supply for B2B — extra virgin, virgin, refined, or pomace?** Bio Green Wax Ltd supplies extra virgin olive oil (EVOO), virgin olive oil, refined olive oil, and olive pomace oil for B2B buyers. The appropriate grade depends on your application: EVOO for premium food use and functional foods, refined for food manufacturing, and pomace oil for industrial and food processing applications. **Q3: What is the free fatty acid (FFA) content and peroxide value of your refined olive oil?** Refined olive oil meets IOC specifications with FFA ≤0.3% and peroxide value ≤5 meq/kg. Extra virgin olive oil carries a maximum FFA of 0.8% and peroxide value ≤20 meq/kg. Batch-specific values are confirmed in the Certificate of Analysis. **Q4: What is the minimum order quantity for bulk olive oil in IBCs or drums?** The MOQ for bulk olive oil is typically one container load (approximately 16–20 metric tonnes in drums or IBCs) or one ISO tank for liquid refined grades. Please contact us to discuss your volume requirements and preferred packaging format. **Q5: Do you supply olive oil with PDO (Protected Designation of Origin) certification?** Yes, PDO-certified olive oils from specific origins such as Kalamata (Greece), Priego de Córdoba (Spain), and Terra di Bari (Italy) are available upon request, supporting premium product positioning and geographic origin claims. **Q6: Is your olive oil suitable for cosmetics, pharmaceutical, and nutraceutical applications?** Yes, refined olive oil and EVOO are widely used in cosmetics (skin creams, hair products), pharmaceutical formulations (topical preparations, excipients), and nutraceutical supplements. Pharmacopoeia-grade (USP, Ph.Eur.) olive oil is available for pharmaceutical and clinical nutrition applications. **Q7: What is the polyphenol content in your extra virgin olive oil for functional food use?** Polyphenol content in EVOO varies by origin and variety, typically ranging from 100–500 mg/kg. High-polyphenol EVOO (>250 mg/kg) is available for functional food applications where EU health claims under Regulation 432/2012 may be applicable. Please specify your polyphenol requirements when enquiring. **Q8: Can you provide International Olive Council (IOC) compliant quality documentation?** Yes, all olive oil we supply meets IOC trade standards. Quality documentation including sensory panel reports (for EVOO), chemical analysis, and origin certificates compliant with IOC standards are provided with each shipment. **Q9: What are the current CIF prices for bulk refined olive oil per metric tonne?** Olive oil prices are subject to significant market variability depending on seasonal supply from Spain, Italy, and Greece. Please contact our sales team for current CIF pricing based on your required grade, origin, volume, and delivery destination. **Q10: Do you supply organic certified olive oil for natural and organic product manufacturers?** Yes, EU organic certified and USDA NOP organic olive oil is available from certified Spanish, Italian, and Greek producers. Organic certification and transaction certificates are provided to support organic product claims and certification audits. **Q11: What is the shelf life of your bulk olive oil under proper storage conditions?** Refined olive oil has a shelf life of 18 months and EVOO 24 months from production, when stored in sealed stainless steel or food-grade containers away from light, heat, and oxygen. Nitrogen blanketing of storage tanks is recommended to maximise shelf life. **Q12: Can you supply olive oil in food-grade flexitanks for large volume orders?** Yes, refined olive oil and olive pomace oil are available in food-grade flexitanks for larger volume orders. EVOO is typically supplied in drums or IBCs due to its premium grade status and light-sensitivity requirements. Please contact us to discuss the most appropriate packaging for your volume. **Q13: What origin countries do your olive oils come from — Spain, Italy, Greece, Tunisia?** We source olive oil from Spain (the world's largest producer), Italy, Greece, Tunisia, Turkey, and Morocco. Origin-specific supply can be arranged to meet buyer preferences, retailer requirements, or PDO/PGI certification needs, with full origin documentation provided. **Q14: Is your olive oil tested for adulteration with seed oils — do you provide NMR testing reports?** Yes, authenticity testing including NMR spectroscopy and/or GCMS analysis is available to confirm olive oil purity and detect adulteration with seed oils. Test reports from accredited laboratories are provided upon request for buyers requiring enhanced quality assurance. **Q15: Do you supply light olive oil or refined olive oil for high-heat food processing applications?** Yes, refined olive oil (marketed as 'light' or 'pure' olive oil) is suitable for high-heat processing with a smoke point of approximately 220°C. It is preferred in food manufacturing where neutral flavour and cooking stability are required, at a significantly lower cost than EVOO. **Q16: What Halal or Kosher certifications are available for your olive oil supply?** Halal and Kosher certified olive oil is available upon request. Certification is issued by recognised international bodies and provided with each shipment. Please specify your certification requirements when placing your enquiry. **Q17: Can you supply olive oil meeting US FDA 21 CFR standards for food manufacturers?** Yes, refined olive oil and EVOO meeting US FDA 21 CFR food standards are available for export to the United States. Documentation supporting FDA compliance, including ingredient specifications, is provided for US food manufacturer requirements. **Q18: What is the squalene and tocopherol content in your extra virgin olive oil?** EVOO is a naturally rich source of squalene (200–700 mg/100g) and alpha-tocopherol (approximately 12–25 mg/100g). These naturally occurring compounds contribute to EVOO's antioxidant properties and health benefits. Batch-specific data is available in the quality documentation. **Q19: Do you offer custom blending of olive oil with other vegetable oils?** Yes, custom blending of olive oil with other vegetable oils (such as sunflower or rapeseed oil) is available to produce blended cooking oils meeting specific nutritional profiles or price points. Please contact our technical team with your target blend specification and application requirements. **Q20: What are your lead times and logistics options for olive oil delivery to the Middle East and Asia?** From European origins, lead times to Middle Eastern ports are typically 15–20 days transit with overall order lead times of 3–5 weeks. For Asian markets, 20–35 days transit. Logistics options include container shipment in drums, IBCs, or flexitanks. Contact us for destination-specific freight quotes. **Q21: Can you provide a full Certificate of Analysis with each olive oil shipment for traceability?** Yes, a full Certificate of Analysis including chemical parameters, sensory evaluation (for EVOO), and all relevant certification documentation is provided with each shipment. Our batch traceability system ensures full supply chain transparency from origin to delivery. **Q22: Does Bio Green Wax supply Olive Oil internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Olive Oil, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Olive Oil. --- #### Palm Kernel Olein - **Product Page**: https://biogreenwax.com/products/palm-kernel-olein - **Applications**: Cooking oil & frying medium, Non-dairy creamers & filled milk, Ice cream & frozen desserts, Cosmetics & personal care (lotions, creams, shampoos), Liquid soap & detergent manufacturing, Fatty acid & methyl ester production, Surfactant & emulsifier formulation, Oleochemical feedstock Palm Kernel Olein, derived from fractionating palm kernel oil (Elaeis guineensis), is a clear, stable oil with high lauric acid content. It is prized in confectionery, ice cream coatings, and specialty fats due to its sharp melting curve. Industrially, it is used in cosmetics, soaps, and surfactants. Interesting fact: palm kernel olein is often blended with cocoa butter to improve texture and reduce costs in chocolate manufacturing. **Frequently Asked Questions about Palm Kernel Olein** (22 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-kernel-olein/faq **Q1: What is ''Palm Kernel Olein'' and how is it produced?** Palm kernel olein (PKOl) is the liquid fraction obtained from the dry fractionation of palm kernel oil (PKO), extracted from the kernel or seed of the oil palm fruit, Elaeis guineensis. During fractionation, palm kernel oil is cooled under controlled conditions, causing the higher-melting triglycerides to crystallise and separate as palm kernel stearin, while the remaining liquid fraction is recovered as palm kernel olein. PKOl has a lower melting point (typically 22-26 degrees Celsius) than the parent palm kernel oil and a higher proportion of unsaturated and medium-chain fatty acids. The fatty acid composition of palm kernel olein includes lauric acid (C12:0, approximately 40-46%), oleic acid (C18:1, approximately 18-22%), myristic acid (C14:0, approximately 14-16%), and caprylic/capric acids (approximately 10-12%). This composition gives PKOl a softer texture compared to palm kernel stearin, while retaining the lauric acid character that provides rapid melting and clean flavour release. Palm kernel olein is primarily used in the food industry as a specialty fat for confectionery, ice cream, non-dairy creamers, filled milk, and infant food formulations. Its rapid melting behaviour and smooth texture make it particularly suitable for confectionery fillings, cream centres, and ganache-style products. In ice cream manufacturing, PKOl is used in coating applications and as a component of vegetable fat-based ice cream formulations. In the non-dairy creamer and coffee whitener segment, PKOl provides the rapid dispersion and smooth mouthfeel required for consumer acceptance. The major producing countries are Malaysia and Indonesia, where integrated palm kernel processing facilities produce both stearin and olein fractions. RSPO-certified supply chains ensure sustainability credentials for buyers requiring certified sustainable palm kernel products. The product is typically supplied in bulk liquid form (heated to maintain fluidity) or in drums. In the oleochemical industry, palm kernel olein serves as a feedstock for the production of lauric acid-based surfactants, detergents, and personal care ingredients. The medium-chain fatty acid content also makes it valuable for the production of medium-chain triglyceride (MCT) oil products, which have gained popularity in the health and nutrition sector. Historically, palm kernel products were initially traded as whole kernels from West Africa to European crushing and refining facilities. The establishment of domestic crushing and fractionation capacity in Malaysia and Indonesia from the 1970s onwards transformed the industry, enabling the production of precisely specified fractions like palm kernel olein for specialty food and oleochemical applications. Interesting facts include: palm kernel olein's rapid melting profile makes it one of the preferred specialty fats for tropical confectionery applications where ambient temperatures are high; the lauric acid content provides natural antimicrobial functionality; and palm kernel olein can be interesterified with other fats to create custom-designed specialty fat systems for specific food applications. **Q2: What is the iodine value and lauric acid content of your palm kernel olein?** Palm kernel olein typically has an iodine value of ≥21 g I₂/100g and a lauric acid content of approximately 46–52%, reflecting its derivation from palm kernel oil through fractionation. These values confirm its suitability for confectionery, creamer, and specialty fat applications. **Q3: What is the minimum order quantity for bulk palm kernel olein supply?** The MOQ for bulk palm kernel olein is typically one ISO tank or flexitank (approximately 20–24 metric tonnes). Drum quantities are available for smaller volumes. Please contact our team to confirm current MOQs and packaging options for your destination. **Q4: Is your palm kernel olein RSPO certified for sustainable sourcing requirements?** Yes, RSPO Segregated (SG) and Mass Balance (MB) certified palm kernel olein is available. RSPO certification documentation, including supply chain certificates, is provided with each order to support sustainability requirements. **Q5: What applications is palm kernel olein most suitable for — confectionery, frying, or creamers?** Palm kernel olein is primarily used in non-dairy creamer and filled milk production, confectionery coatings and fillings (as a cocoa butter substitute base), and ice cream coatings. Its high lauric acid content and sharp melt profile deliver excellent functionality in these applications. **Q6: What is the cloud point and melting range of your palm kernel olein?** Palm kernel olein has a cloud point of approximately 15–20°C and a melting point typically below 25°C, making it liquid or soft solid at ambient temperature in tropical climates. Exact values depend on fractionation degree and are confirmed in the technical data sheet. **Q7: Can you supply palm kernel olein for non-dairy creamer and filled milk applications?** Yes, palm kernel olein is one of the primary fat ingredients in non-dairy creamer and filled milk production due to its lauric acid richness, whitening properties, and clean mouthfeel. We supply in food-grade ISO tanks or drums suitable for dairy analogue manufacturing. **Q8: What is the current CIF/FOB price for palm kernel olein per metric tonne?** Palm kernel olein pricing is linked to PKO commodity pricing. Please contact our sales team for current FOB Malaysia/Indonesia or CIF destination pricing based on your specific volume and delivery requirements. **Q9: What is the FFA content and peroxide value of your palm kernel olein?** Our refined palm kernel olein meets standard specifications: FFA ≤0.1% and peroxide value ≤2 meq/kg. These values confirm the quality of the refining process and are provided in the Certificate of Analysis for each batch. **Q10: Do you supply palm kernel olein in ISO tanks, flexitanks, or drums?** Yes, palm kernel olein is available in ISO tanks (20,000–25,000 litres), food-grade flexitanks, and 200-litre drums. Packaging selection depends on order volume and destination port facilities. Contact us to discuss the most cost-effective format for your supply chain. **Q11: Can you provide a Certificate of Analysis and Halal certification for palm kernel olein?** Yes, a full Certificate of Analysis and Halal certification documentation from recognised Islamic bodies is provided with each shipment. Additional certifications such as Kosher and RSPO are available upon request. **Q12: Is your palm kernel olein suitable for ice cream coating and confectionery fat applications?** Yes, palm kernel olein is widely used in ice cream coatings, confectionery fillings, and chocolate-flavoured products. Its high lauric acid content provides good gloss, snap, and heat resistance in confectionery coating applications. **Q13: What is the difference between palm kernel olein and palm kernel oil for B2B buyers?** Palm kernel oil (PKO) is the full, unfractionated oil extracted from the palm kernel seed. Palm kernel olein is the liquid fraction obtained by fractionating PKO — lower melting point, higher iodine value. Palm kernel stearin is the solid fraction. Olein is preferred for applications requiring liquid or semi-liquid fat at ambient temperature. **Q14: Do you offer palm kernel olein in stearine or super-olein fractions?** Yes, palm kernel olein can be supplied in standard olein, double-fractionated (super-olein), and stearin fractions to meet specific melting point and functionality requirements. Please contact our technical team with your target specification and application details. **Q15: What are the lead times for palm kernel olein supply to Middle Eastern and Asian markets?** Lead times from Malaysian or Indonesian origins to Middle Eastern ports are typically 10–18 days transit with total order lead times of 3–5 weeks. For South Asian destinations, transit is approximately 10–14 days. Contact us for destination-specific estimates. **Q16: Is palm kernel olein compliant with EU food additive regulations?** Yes, refined palm kernel olein is a natural vegetable fat and is not classified as a food additive. It complies with EU food regulations for vegetable fats and oils used as food ingredients. Supporting documentation for EU food law compliance is available upon request. **Q17: What is the saponification value and fatty acid profile of your palm kernel olein?** Palm kernel olein has a saponification value of approximately 230–254 mg KOH/g. Its fatty acid profile is rich in lauric acid (46–52%), myristic acid (14–18%), oleic acid (12–16%), and caprylic/capric acids (5–10%). Full fatty acid profiles are provided in the batch CoA. **Q18: Can you supply palm kernel olein for industrial soap and oleochemical production?** Yes, palm kernel olein's high lauric acid content produces soaps with excellent lather and cleansing performance. For oleochemical applications, it serves as feedstock for lauric acid, fatty alcohols, and glycerine production. **Q19: Do you offer custom fractionation of palm kernel olein to specific melting point specifications?** Yes, we work with fractionation partners to supply palm kernel olein tailored to specific melting point, iodine value, and SFC profile requirements for confectionery, cosmetic, and specialty fat applications. Please contact our technical team with your target specification. **Q20: What food safety certifications accompany your palm kernel olein supply?** Palm kernel olein is sourced from refineries holding HACCP, ISO 22000, and BRC Food Safety certifications. RSPO, Halal, and Kosher certifications are also available. Copies of all relevant certificates are provided with each shipment. **Q21: What is the shelf life of palm kernel olein under standard storage and handling conditions?** Refined palm kernel olein has a typical shelf life of 24 months when stored in clean, sealed containers away from light, heat, and moisture. Recommended storage temperature is 25–35°C to maintain fluidity. Full storage guidance is provided in the technical data sheet. **Q22: Does Bio Green Wax supply Palm Kernel Olein internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Kernel Olein, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Kernel Olein. --- #### Fully Refined Paraffin Wax (50-68°C) - **Product Page**: https://biogreenwax.com/products/fully-refined-paraffin-wax - **Applications**: Candle making (container, pillar, taper), Cosmetics & skincare, Food packaging & coatings, Pharmaceutical formulations, Rubber & tire manufacturing, Paper & board coating, Crayons & art supplies, Electrical insulation Bio Green Wax's Fully Refined Paraffin Waxes (50-68°C melting points) feature ultra-low oil content (<0.5%), exceptional hardness, and neutral odor/color. Available in candle grades (52/54°C, 56/58°C), container grades (50/52°C), and high-melt pillar grades (64/66°C). Ideal for premium candles, cosmetics, food packaging coatings, and precision molding requiring maximum purity and performance consistency. **Frequently Asked Questions about Fully Refined Paraffin Wax (50-68°C)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/fully-refined-paraffin-wax/faq **Q1: What melting point grades do you stock for fully refined paraffin wax — 52°C, 56°C, 58°C, 62°C, or 68°C?** Bio Green Wax Ltd stocks fully refined paraffin wax in melting point grades of 52°C, 54°C, 56°C, 58°C, 60°C, 62°C, and 68°C, covering the full spectrum from candle making (lower grades) to food coating, cosmetics, and hot melt adhesives (higher grades). Please specify your required grade when enquiring. **Q2: What is the oil content of your fully refined paraffin wax — is it below 0.5%?** Yes, fully refined paraffin wax has an oil content of ≤0.5% (typically 0.3–0.5%), achieved through extensive dewaxing and solvent refining. This low oil content provides a clean white colour, minimal odour, and suitability for food-contact and cosmetic applications. **Q3: What is the minimum order quantity for fully refined paraffin wax?** The MOQ for fully refined paraffin wax is typically one pallet (approximately 500–600 kg in 25 kg cartons) to one MT. Container load quantities (15–20 MT) offer the most competitive pricing. Please contact us to confirm current MOQs for your specific grade and packaging requirements. **Q4: Is your paraffin wax food grade and compliant with FDA 21 CFR and EU food regulations?** Yes, fully refined paraffin wax meeting FDA 21 CFR 178.3710 and EU food contact material regulations is available for food coating applications (cheese, fruit, vegetables), food packaging, and direct food contact uses. PAH testing is performed to confirm compliance. **Q5: What is the current FOB/CIF price for fully refined paraffin wax per metric tonne?** Paraffin wax prices are linked to crude oil markets and refinery availability. Please contact our sales team for current pricing based on your required grade, volume, origin, and CIF/FOB delivery terms. **Q6: Do you supply paraffin wax with pharmaceutical grade certification (USP/BP)?** Yes, pharmaceutical-grade paraffin wax (Paraffinum Solidum) meeting USP, BP, and Ph.Eur. standards is available for topical pharmaceutical formulations, ointment bases, suppositories, and tablet coating. Full pharmacopoeia-compliant CoA and analytical documentation are provided. **Q7: What is the congealing point and needle penetration value of your paraffin wax?** The congealing point of our paraffin wax corresponds closely to the stated melting point grade. Needle penetration at 25°C for fully refined paraffin wax is typically 14–20 (ASTM D1321), indicating moderate hardness. Grade-specific values are confirmed in the Certificate of Analysis. **Q8: Can you supply paraffin wax in slab, pellet, powder, or prilled form?** Yes, paraffin wax is available in standard slab form (25 kg cartons), pastille or prilled form (small spherical pellets for ease of handling and melting), and powder form for specific applications. Please specify your preferred product form when enquiring. **Q9: Is your paraffin wax suitable for food coating applications such as cheese and fruit?** Yes, food-grade fully refined paraffin wax is used for cheese rind coating to prevent mould growth and moisture loss, and for fresh fruit and vegetable surface coating to extend shelf life. FDA 21 CFR or EU food contact compliant grade is supplied with relevant PAH test reports. **Q10: What packaging formats are available — 25 kg cartons, 180 kg drums, or bulk?** Fully refined paraffin wax is available in 25 kg cartons (slabs or pastilles), 180–200 kg fibre drums, and bulk liquid delivery (maintained at elevated temperature) for large-volume users. Container load quantities in cartons or drums provide the most cost-effective supply for most B2B buyers. **Q11: Do you supply paraffin wax meeting BRC food safety standards?** Yes, we source paraffin wax from refineries holding BRC Food Safety accreditation where required by buyers in food manufacturing supply chains. BRC-certified source documentation is available upon request. **Q12: What is the colour (Saybolt) and odour specification of your fully refined paraffin wax?** Fully refined paraffin wax has a Saybolt colour of +30 minimum (water white to near-clear) and a very low, neutral odour. These specifications make it suitable for cosmetic, food, and pharmaceutical applications where odour and colour impurities are unacceptable. **Q13: Is your paraffin wax suitable for pharmaceutical ointments and cosmetic formulations?** Yes, pharmaceutical and cosmetic grade paraffin wax is available for ointment bases, cold creams, skin care preparations, hair waxes, and cosmetic formulations. USP/BP pharmacopoeia-grade wax with full compliance documentation is provided for pharmaceutical applications. **Q14: What is the viscosity at 100°C of your fully refined paraffin wax?** Fully refined paraffin wax typically has a kinematic viscosity of 3.0–5.0 cSt at 100°C (ASTM D445), depending on molecular weight grade. This low viscosity makes it easy to process in hot melt systems, coating operations, and candle manufacturing. Grade-specific values are confirmed in the technical data sheet. **Q15: Do you supply paraffin wax for packaging applications — corrugated board, cup stock?** Yes, paraffin wax is used for wax impregnation of corrugated board (moisture resistance for produce packaging) and cup stock coating (paper cups and containers). Both fully refined and semi-refined grades are supplied depending on the application and food contact requirements. **Q16: Can fully refined paraffin wax be blended with microcrystalline wax for specific applications?** Yes, blending paraffin wax with microcrystalline wax is common practice to modify hardness, flexibility, adhesion, and tack for hot melt adhesives, packaging coatings, and candle manufacturing. We can supply both components or custom pre-blended grades. **Q17: What are your lead times for paraffin wax supply to candle manufacturers in Europe and Asia?** Lead times for paraffin wax to European candle manufacturers from Middle Eastern or Asian origins are typically 3–6 weeks. For Asian manufacturers from regional sources, 2–4 weeks. Please contact us for destination-specific lead time estimates based on current shipping schedules. **Q18: What origin and brand of paraffin wax do you supply — Sepahan, Exxon, Petrobras, or Sasol?** We supply paraffin wax from multiple reputable origins including Iran (Sepahan Wax, Neka Wax), Russia, China, Middle East, and South Korea. Brand preference can be specified; supply is subject to current market availability. Please contact us with your brand or origin preference. **Q19: Is your paraffin wax tested for polycyclic aromatic hydrocarbons (PAH) for food safety?** Yes, PAH testing (PAH4 screening — benzo[a]pyrene, benz[a]anthracene, benzo[b]fluoranthene, chrysene) is performed on all food-contact and cosmetic-grade paraffin wax. Test results from accredited laboratories are provided to confirm compliance with EU food safety and cosmetics safety regulations. **Q20: Do you offer forward pricing or long-term supply contracts for paraffin wax?** Yes, forward pricing and long-term supply contracts for paraffin wax are available for buyers with regular procurement needs. Fixed-price agreements provide certainty against crude oil price volatility. Please contact our trading team to discuss contract volumes, duration, and pricing structure. **Q21: Does Bio Green Wax supply Fully Refined Paraffin Wax (50-68°C) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Fully Refined Paraffin Wax (50-68°C), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Fully Refined Paraffin Wax (50-68°C). --- #### Microcrystalline Wax - **Product Page**: https://biogreenwax.com/products/microcrystalline-wax - **Applications**: Cosmetics & personal care, Hot-melt adhesives, Pharmaceutical coatings, Rubber processing, Food packaging & coatings, Candle making (additive), Leather finishing, Electrical insulation Bio Green Wax's Microcrystalline Waxes feature fine crystalline structures derived from petroleum refining, offering exceptional flexibility, higher melting points (60-90°C), and superior adhesion compared to standard paraffin waxes. Available in multiple grades from soft and tacky to hard and brittle, these waxes are engineered for demanding applications across cosmetics, hot-melt adhesives, pharmaceutical coatings, rubber compounding, food packaging, and specialty candle formulations. Their unique molecular branching provides excellent moisture barrier properties and compatibility with various polymers and additives. RSPO-conscious and quality-certified for global supply. **Frequently Asked Questions about Microcrystalline Wax** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/microcrystalline-wax/faq **Q1: What melting point grades of microcrystalline wax do you supply — 65°C, 75°C, or 85°C?** Bio Green Wax Ltd supplies microcrystalline wax across three melting point grades: 65–70°C (soft grade) for cosmetics, adhesives, and candle blending; 70–80°C (medium grade) for rubber processing, coatings, and packaging; and 80–90°C (hard grade) for industrial coatings, bitumen modification, and high-temperature applications. All grades are available in slab, pastille, and prilled forms. Contact our sales team at sales@biogreenwax.com to discuss which grade best suits your production requirements. **Q2: What is the oil content and needle penetration value of your microcrystalline wax?** Our microcrystalline wax has an oil content of 1–5% depending on grade, which contributes to its flexibility and adhesion characteristics. Needle penetration at 25°C (ASTM D1321) ranges from 3–30 units — harder grades show lower penetration values confirming greater rigidity. Grade-specific oil content and penetration values are confirmed in the batch Certificate of Analysis provided with every shipment, supporting your quality management and formulation documentation. **Q3: What is the minimum order quantity for microcrystalline wax?** The minimum order quantity for microcrystalline wax is 500 kg, making it accessible to both mid-size manufacturers and large industrial users. Full container load quantities of 15–20 MT attract the most competitive pricing per tonne. We also offer trial samples for qualified buyers undertaking formulation development. Contact Bio Green Wax Ltd at +44 20 7101 3847 or sales@biogreenwax.com to request a quotation tailored to your volume and delivery schedule. **Q4: Is your microcrystalline wax food grade and suitable for food contact applications?** Yes. Food-grade microcrystalline wax meeting FDA 21 CFR 172.886 (as a glazing agent) and EU food contact material regulations (Regulation EC 10/2011) is available from Bio Green Wax Ltd. It is widely used to coat cheese, fresh fruit, and confectionery to extend shelf life and improve appearance. PAH (polycyclic aromatic hydrocarbon) test reports from accredited laboratories are provided with every food-grade shipment to support your HACCP and food safety documentation. **Q5: What is the current price for microcrystalline wax per kg or per metric tonne?** Microcrystalline wax is priced at a premium above standard refined paraffin wax, reflecting its more intensive refining process and superior technical performance. Pricing varies by grade (soft, medium, or hard), volume, and delivery destination. Contact our trading team at sales@biogreenwax.com for a current competitive quotation. We offer volume-based pricing for regular procurement contracts to support your cost planning. **Q6: Do you supply pharmaceutical grade microcrystalline wax (USP/BP) for cosmetics?** Yes. Bio Green Wax Ltd supplies pharmaceutical and cosmetic grade microcrystalline wax fully compliant with USP-NF, BP, and EP pharmacopoeia monographs. This grade undergoes rigorous additional testing including PAH4 screening, heavy metals analysis (lead, arsenic, mercury, cadmium), Saybolt colour, and viscosity to meet the purity standards required by pharmaceutical and cosmetics regulators. Full compliance documentation packages — including Certificate of Analysis, SDS, and pharmacopoeia compliance statements — are provided to support your EU Cosmetics Regulation (EC 1223/2009) and pharmaceutical regulatory submissions. **Q7: What is the viscosity at 100°C and colour (Saybolt) of your microcrystalline wax?** Our microcrystalline wax has a kinematic viscosity of 10–25 cSt at 100°C (ASTM D445), significantly higher than paraffin wax at the same temperature — a key technical differentiator that contributes to its superior adhesion and flexibility in adhesive and coating formulations. Saybolt colour is +20 to +28 for pharmaceutical and food-contact grades (near-white to water-white appearance). Batch-specific viscosity and colour data are confirmed in the technical data sheet and Certificate of Analysis accompanying every shipment. **Q8: Is microcrystalline wax suitable for hot-melt adhesive formulations?** Yes. Microcrystalline wax is a high-performance component in hot-melt adhesive systems, where it improves flexibility, tack, open time, and adhesion to difficult substrates including polyethylene, polypropylene, and metallised films. It is particularly valued in packaging hot-melts, bookbinding adhesives, and pressure-sensitive adhesive formulations. Soft and medium grades (65–80°C melting point) are most commonly specified. Bio Green Wax Ltd can supply alongside Fischer-Tropsch or PE wax for complete hot-melt wax ingredient packages — contact us to discuss your formulation requirements. **Q9: Can you supply microcrystalline wax for cosmetic applications — lipstick, mascara, creams?** Yes. Cosmetic-grade microcrystalline wax from Bio Green Wax Ltd is a key structuring and thickening ingredient in lipsticks, mascaras, eyebrow pencils, stick deodorants, and emollient balms. It provides body, gloss, and stability to anhydrous cosmetic formulations. Full INCI compliance documentation (INCI name: Microcrystalline Wax), EU Cosmetics Regulation (EC 1223/2009) compliance statements, PAH test reports, and Safety Data Sheets are provided as standard. Contact us to request samples for your cosmetic formulation lab. **Q10: What packaging formats are available for microcrystalline wax — slab, pellet, or prilled?** Bio Green Wax Ltd supplies microcrystalline wax in three packaging formats: slab form in 25 kg cartons (suitable for manually processed batches), pastille/prilled form in 25 kg bags or 500 kg supersacks (preferred for pharmaceutical, cosmetic, and automated production applications due to accurate dosing and faster melting), and bulk liquid for very large-volume industrial users. Pastille form is recommended for most B2B buyers as it reduces melt time and improves batch consistency. Specify your preferred format when requesting a quotation. **Q11: Do you supply microcrystalline wax suitable for candle blending to improve flexibility?** Yes. Soft-grade microcrystalline wax (65–75°C melting point) is widely used in B2B candle manufacturing at 2–5% addition to paraffin wax blends to improve flexibility and reduce surface cracking, improve adhesion of wax to glass containers in jar candles, enhance fragrance oil retention, and reduce white bloom and improve surface appearance. Bio Green Wax Ltd can supply alongside our fully refined paraffin wax range for a complete candle wax ingredient solution. Contact us for technical data sheets and blend ratio recommendations. **Q12: What is the difference between soft, medium, and hard grade microcrystalline wax?** Soft-grade microcrystalline wax (melting point 65–70°C, needle penetration 20–30) is flexible and slightly tacky — ideal for cosmetic formulations, hot-melt adhesives, and candle blending where pliability is needed. Medium grade (70–80°C, penetration 10–20) balances hardness and flexibility for rubber processing, coatings, and packaging applications. Hard grade (80–90°C, penetration 3–10) is the most rigid, suited to industrial coatings, paper lamination, bitumen modification, and high-temperature processing. Choosing the right grade for your application significantly affects end-product performance — our technical team is available to advise. **Q13: Is your microcrystalline wax suitable for rubber and asphalt modification applications?** Yes. Microcrystalline wax is used in rubber compounding as a processing aid and anti-ozonant — it migrates to the surface of vulcanised rubber to form a protective barrier film inhibiting ozone cracking, a critical performance requirement for automotive and industrial rubber products. In bitumen and asphalt modification, hard-grade microcrystalline wax improves high-temperature performance and rutting resistance of road surfaces. Bio Green Wax Ltd can supply appropriate grades for both applications with full technical documentation. Contact sales@biogreenwax.com with your specification requirements. **Q14: What certifications do you offer for microcrystalline wax — USP, EU Pharmacopoeia?** Bio Green Wax Ltd provides the following certifications for microcrystalline wax depending on the grade and application: USP-NF and BP/EP pharmacopoeia compliance for pharmaceutical applications; FDA 21 CFR 172.886 food contact compliance for food-grade applications; EU REACH registration and compliant Safety Data Sheet for all industrial grades; PAH (MOSH/MOAH) test reports for food-contact and cosmetic applications; and INCI compliance documentation for cosmetic formulations. A complete documentation package is prepared for each shipment based on your destination market and regulatory requirements. **Q15: Can you supply microcrystalline wax for paper coating and lamination applications?** Yes. Microcrystalline wax is used in paper coating and converting applications including moisture-resistant flexible packaging, release paper for pressure-sensitive labels, and wax-laminated board. Its higher flexibility and superior adhesion compared to paraffin wax reduces cracking during folding and converting operations — a critical advantage in flexible packaging. Bio Green Wax Ltd supplies both standard grades for hot-melt coating applications and emulsified microcrystalline wax dispersions for water-based paper coating systems. Contact us with your coat weight and converting process requirements. **Q16: What origin brands of microcrystalline wax do you supply?** Bio Green Wax Ltd supplies microcrystalline wax from internationally recognised origins including Sonneborn (USA), Paramelt (Netherlands), Sasol (South Africa and Germany), as well as quality-verified South Korean and Chinese refined grades. Origin or brand preference can be specified based on your formulation requirements, customer specifications, or geographic preference. Full origin documentation including certificates of origin and batch Certificates of Analysis are provided with every shipment. Contact our sales team to discuss origin availability for your specific grade. **Q17: What are the lead times for microcrystalline wax delivery to European and Asian customers?** Standard lead times for microcrystalline wax are 3–5 weeks for European customers from Western European or South African origins, and 2–4 weeks for Asian customers from regional sources. Lead times vary by grade, origin, and current stock availability. Bio Green Wax Ltd maintains stock of the most commonly requested grades to support shorter lead times for established customers. Contact us at +44 20 7101 3847 or sales@biogreenwax.com for current stock availability and a delivery schedule estimate for your destination. **Q18: Can microcrystalline wax be blended with carnauba or paraffin wax for speciality applications?** Yes. Blending microcrystalline wax with carnauba wax produces high-performance polish and coating formulations that combine carnauba's exceptional gloss and hardness with microcrystalline wax's flexibility and substrate adhesion — widely used in automotive waxes, floor polishes, and overprint varnishes. Blending with paraffin wax is standard practice in candle, packaging, and hot-melt adhesive applications to modify flexibility, hardness, and melt characteristics. Bio Green Wax Ltd can supply all three wax types and provide technical support on blend ratios. Contact us for a custom formulation consultation. **Q19: Is your microcrystalline wax tested for PAH and heavy metals for safety compliance?** Yes. All food-contact, cosmetic, and pharmaceutical grade microcrystalline wax supplied by Bio Green Wax Ltd is tested for polycyclic aromatic hydrocarbons (PAH4 panel: benzo[a]pyrene, benzo[a]anthracene, benzo[b]fluoranthene, chrysene) and MOSH/MOAH analysis in accordance with EU and FDA food safety requirements. Heavy metals testing — lead, arsenic, mercury, and cadmium — is also performed. Test reports from accredited third-party laboratories are provided with each relevant grade shipment to support your regulatory compliance and customer quality audits. **Q20: Do you provide technical data sheets and application support for microcrystalline wax use?** Yes. Bio Green Wax Ltd provides comprehensive technical data sheets for every microcrystalline wax grade, covering melting point, needle penetration, viscosity at 100°C, Saybolt colour, oil content, and application-specific performance data. Our technical team is available to advise on grade selection for your application, recommended blend ratios, processing temperatures, and troubleshooting production challenges. We offer sample quantities for formulation trials before you commit to full production volumes. Contact sales@biogreenwax.com or call +44 20 7101 3847 to speak with our technical team. **Q21: Does Bio Green Wax supply Microcrystalline Wax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Microcrystalline Wax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Microcrystalline Wax. --- #### Polyethylene Wax (PE wax) - **Product Page**: https://biogreenwax.com/products/polyethylene-wax - **Applications**: plastics manufacturing, Lubricant, Processing Aid, Mold Release Agent, Dispersant, Surface Enhancement Polyethylene wax is a finely divided, high‑melting synthetic wax with low viscosity, excellent thermal stability, and strong compatibility with common polymers such as PVC, PE, PP, and EVA. It provides internal and external lubrication, reduces melt viscosity and friction, enhances mold release, and delivers a smooth, glossy, and scratch‑resistant surface. ​ Key applications include plastics and masterbatch processing, where PE wax improves extrusion and injection molding efficiency, prevents die build‑up, and improves dispersion of pigments and fillers. It is also used in hot‑melt and pressure‑sensitive adhesives, inks, and powder coatings to control melt viscosity, boost cohesion and toughness, and optimize open and setting times. Additional uses span bitumen and road‑marking paints, wood‑plastic composites, rubber compounding, cable compounds, and formulated wax products such as polishes and crayons, where it raises softening point, hardness, and water resistance. **Frequently Asked Questions about Polyethylene Wax (PE wax)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/polyethylene-wax/faq **Q1: What molecular weight grade of PE wax do you supply — low MW, medium MW, or high MW?** Bio Green Wax Ltd supplies polyethylene wax across a molecular weight range suited to different industrial applications: low MW grades (1,000–5,000 g/mol) for external lubrication in PVC, plastics processing, and slip additives in inks and coatings; medium MW grades (5,000–10,000 g/mol) for hot-melt adhesives and wax blends; and higher MW grades for speciality coatings and release applications. Molecular weight directly determines melt viscosity, hardness, and compatibility with polymer systems. Contact our technical team at sales@biogreenwax.com to discuss which grade best matches your processing conditions and end-product requirements. **Q2: What is the minimum order quantity for PE wax supply?** The minimum order quantity for PE wax is 500 kg in 25 kg bags — accessible to mid-scale manufacturers for production trials. Full pallet (500 kg) and full container load (15–20 MT) quantities attract progressively better pricing. Bio Green Wax Ltd also offers sample quantities for qualified buyers developing new formulations. Contact us at +44 20 7101 3847 or sales@biogreenwax.com to request a quotation with current pricing tiers for your required grade and delivery destination. **Q3: What is the melting point, hardness, and viscosity of your polyethylene wax?** Our PE wax grades have dropping points of 100–130°C (ASTM D3954), making them highly stable in high-temperature processing applications such as PVC extrusion (170–210°C) and hot-melt adhesive systems. Needle penetration at 25°C is typically 0–5 (very hard) — significantly harder than paraffin or microcrystalline wax at equivalent temperatures. Melt viscosity at 140°C ranges from 20 cP (low MW, for lubrication) to 500 cP (high MW, for adhesives). All grade-specific values are detailed in our technical data sheets available upon request. **Q4: What is the current price for PE wax per kg or per metric tonne?** PE wax pricing varies by molecular weight grade, whether oxidised or non-oxidised, and order volume. Prices are linked to polyethylene feedstock costs and refining market conditions. Contact our trading team at sales@biogreenwax.com for a current, competitive quotation. Volume-based pricing and term supply agreements are available for regular procurement requirements — particularly valuable for plastics compounders and ink manufacturers who use PE wax continuously. **Q5: Is your PE wax suitable as a lubricant and processing aid for PVC and polymer manufacturing?** Yes. PE wax is one of the most effective external lubricants in PVC pipe, profile, and rigid sheet extrusion — reducing die friction, improving surface finish, minimising plate-out on tooling, and extending production run length between cleaning cycles. It is also used as a dispersant and carrier for pigment masterbatches in polyolefin compounding. Bio Green Wax Ltd supplies low-MW PE wax grades specifically optimised for PVC lubrication with proven compatibility across major PVC formulation systems. Contact us at sales@biogreenwax.com with your extrusion profile specifications for grade recommendations. **Q6: Can you supply oxidised PE wax for use in polishes and coatings?** Yes. Bio Green Wax Ltd supplies oxidised PE wax with acid values of 10–50 mg KOH/g for water-based floor polishes, furniture care products, leather finishes, and aqueous coating formulations. The carboxyl groups introduced by oxidation allow emulsification in water without solvents, making oxidised PE wax the ingredient of choice for eco-friendly, low-VOC polish and coating formulations. Pre-dispersed aqueous PE wax emulsions are also available for customers requiring direct addition to waterborne systems. Contact us to specify your required acid value and emulsion concentration. **Q7: What are the applications for PE wax in printing inks and overprint varnishes?** PE wax is a critical performance additive in printing inks and overprint varnishes across all major print technologies — offset, flexographic, gravure, and UV-cured. It improves rub and scuff resistance of printed surfaces, provides anti-blocking properties to prevent ink transfer in stack or roll storage, reduces the coefficient of friction to prevent scratching during converting, and controls gloss in matte and satin varnish systems. Micronised PE wax powder (D50 5–15 microns) delivers the best performance in ink systems. Contact Bio Green Wax Ltd for micronised grades with particle size specifications matched to your ink system. **Q8: Do you supply PE wax that meets FDA food contact approval?** Yes. PE wax grades complying with FDA 21 CFR 172.888 (polyethylene) and 175.300 (resinous and polymeric coatings) for indirect food contact applications are available from Bio Green Wax Ltd. These grades are used as components in food packaging coatings, release liners, and food-grade container manufacturing. Full FDA compliance documentation, including the specific CFR references applicable to your end use, are provided with each food-contact grade shipment to support your FDA regulatory compliance programme. **Q9: What packaging formats are available for PE wax — powder, granules, or pellets?** Bio Green Wax Ltd supplies PE wax in three formats optimised for different applications: pastille/prilled form in 25 kg bags (for hot-melt, candle, and plastic compounding applications); granules in 25 kg bags or 500 kg supersacks (for general industrial use); and micronised powder in 25 kg multi-wall bags with defined particle size distribution (D50 5–15 microns) for printing inks, waterborne coatings, and polish applications. Specify your required format and particle size (for powder) when requesting a quotation — the right physical form has a significant impact on dispersion performance in your system. **Q10: Is your PE wax suitable for use as a wax in candle blends for hardness improvement?** Yes. Adding PE wax at 0.5–2% to paraffin wax candle blends increases hardness and rigidity, raises the effective melting point, reduces oil pooling at the wick base, and improves mould release for pillar candles. PE wax is particularly effective in large-format pillar and church candles where maximum structural integrity is required. Note that addition rates above 2% can reduce fragrance throw — our technical team can advise on the optimal level for your specific candle format and fragrance loading. Contact sales@biogreenwax.com for a technical consultation. **Q11: What certifications accompany your PE wax — REACH, RoHS?** All PE wax supplied by Bio Green Wax Ltd comes with EU REACH-compliant Safety Data Sheets (SDS) with the relevant substance registration numbers. RoHS compliance declarations are available for electronic and electrical applications. FDA 21 CFR food contact compliance is available for relevant grades. INCI compliance documentation (INCI name: Polyethylene) is provided for cosmetic applications. REACH SVHC (Substances of Very High Concern) declarations confirming absence of restricted substances are provided on request. A complete certification package is tailored to your market and application. **Q12: What is the density, dropping point, and melt viscosity of your PE wax?** PE wax has a density of 0.92–0.97 g/cm³ at 23°C (ASTM D792) — similar to low-density polyethylene but in a much lower molecular weight form. The dropping point (ASTM D3954) is typically 100–130°C depending on grade. Melt viscosity at 140°C ranges from 20 cP for low-MW lubrication grades to 500+ cP for high-MW adhesive grades (Brookfield viscometry). These three parameters together define the processing window and performance profile for your specific application. Full grade-specific values are confirmed in technical data sheets provided by Bio Green Wax Ltd upon request. **Q13: Can PE wax be used as a release agent in rubber and tyre manufacturing?** Yes. PE wax is used in rubber compounding as an external lubricant and mould release agent — preventing adhesion of rubber compounds to mixing equipment, calenders, and vulcanisation moulds during processing. It also provides a degree of surface ozone protection when it migrates to the surface of finished rubber goods, supplementing the primary anti-ozonant wax package (typically paraffin and microcrystalline wax). Bio Green Wax Ltd can supply PE wax alongside our paraffin and microcrystalline wax range for a complete rubber processing wax package. **Q14: Do you supply Fischer-Tropsch grade or LDPE-derived PE wax?** Bio Green Wax Ltd supplies both LDPE-derived PE wax (produced by thermal cracking or low-pressure polymerisation of ethylene) and Fischer-Tropsch derived polyethylene wax. FT-derived PE wax delivers higher purity, a narrower molecular weight distribution, near-zero aromatic content, and more consistent batch-to-batch performance — making it the preferred choice for demanding ink, coating, and adhesive applications where impurities and colour are critical. LDPE-derived PE wax is available as an economical alternative for lubrication and plastic processing applications. Contact us to specify your preferred type. **Q15: What is the acid value of your oxidised PE wax for emulsion applications?** Oxidised PE wax for emulsion applications is available from Bio Green Wax Ltd with acid values across the following ranges: 8–15 mg KOH/g (lightly oxidised, for hot-melt and plastic lubrication); 15–30 mg KOH/g (moderately oxidised, for floor polish and leather finish emulsions); and 30–50 mg KOH/g (highly oxidised, for aqueous paper treatment and waterborne coating formulations). The acid value determines emulsifiability and the stability of the resulting wax emulsion. Specify your target acid value and emulsion type (anionic, non-ionic) when requesting a quotation. **Q16: Is your PE wax compatible with carnauba wax for polish and coating formulations?** Yes. PE wax and carnauba wax are highly compatible and are routinely blended in premium polish and protective coating formulations. PE wax contributes durability, scuff resistance, and ease of application; carnauba wax delivers high gloss, hardness, and a premium surface feel. This combination is used in automotive detailing waxes, floor polish systems, furniture care products, and overprint varnishes. Bio Green Wax Ltd supplies both carnauba wax and PE wax — allowing you to source a complete wax ingredient package from a single, trusted supplier. Contact us for blend ratio guidance. **Q17: What are the lead times for PE wax supply to plastics and coatings manufacturers?** Standard lead times for PE wax from Bio Green Wax Ltd are 2–4 weeks for European customers from stock, and 4–6 weeks for non-stock or specific grade requirements. For Asian and Middle Eastern customers, 3–5 weeks depending on shipping route and port of destination. We hold stock of the most commonly requested grades for faster dispatch to established customers. Contact us at +44 20 7101 3847 or sales@biogreenwax.com for current availability and a confirmed delivery schedule for your order. **Q18: Do you supply PE wax in micronised powder form for waterborne coating applications?** Yes. Micronised PE wax powder with tightly controlled particle size distribution — D50 of 5–15 microns and D90 below 25 microns — is available from Bio Green Wax Ltd for waterborne coatings, UV-cured inks, and floor care product applications. The controlled particle size is critical for consistent performance in aqueous systems: particles that are too large cause surface defects; too small may not provide adequate anti-slip and mar resistance. Pre-dispersed aqueous PE wax emulsions (30–40% active content) are also available for direct addition to waterborne formulations. Contact us to specify your target particle size and solids content. **Q19: Can PE wax be used for wood, floor, and furniture care product formulations?** Yes. PE wax is a key performance ingredient in wood floor polishes, furniture care waxes, and hard-surface protective coatings. It provides excellent hardness and durability in buffed polish films, outstanding water and stain resistance, long-lasting surface protection, and ease of reapplication without build-up. Oxidised PE wax emulsions are used in water-based floor care products; solvent-based systems use standard or oxidised PE wax dissolved in aliphatic solvents. Bio Green Wax Ltd can supply the appropriate grade with technical support. Contact us with your formulation requirements. **Q20: Do you provide technical data sheets and application guidance for PE wax customers?** Yes. Bio Green Wax Ltd provides comprehensive technical data sheets for all PE wax grades, covering dropping point, needle penetration, melt viscosity, density, molecular weight, and acid value (for oxidised grades). Our technical team offers direct support on grade selection for your application, recommended dosage levels, solvent compatibility, blending protocols with other waxes, and processing temperature recommendations. We welcome technical enquiries and provide formulation consultation as a standard part of our customer service. Contact us at sales@biogreenwax.com or +44 20 7101 3847 to speak with our technical team. **Q21: Does Bio Green Wax supply Polyethylene Wax (PE wax) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Polyethylene Wax (PE wax), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Polyethylene Wax (PE wax). --- #### Semi Refined Paraffin Wax (50-68°C) - **Product Page**: https://biogreenwax.com/products/semi-refined-paraffin-wax - **Applications**: Candle making, Rubber processing, Textile finishing, Match making, Paper coating, Corrugated board manufacturing, Polishes & floor care, Industrial lubricants Bio Green Wax's Semi Refined Paraffin Waxes (50-68°C) offer economical performance with controlled oil content (1-5%) for flexible hardness. Standard grades: 52/54°C (candles), 56/58°C (pillars), 60/62°C (industrial). Perfect for cost-sensitive candle production, rubber processing aids, textile finishing, and bulk packaging coatings where balanced performance and price matter most. **Frequently Asked Questions about Semi Refined Paraffin Wax (50-68°C)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/semi-refined-paraffin-wax/faq **Q1: What is the oil content of your semi refined paraffin wax — 1%, 3%, or 5% maximum?** Our semi refined paraffin wax is available in oil content grades of 0.5–1% (low oil), 1–2%, 2–3%, and up to 5% maximum, catering to different industrial applications. Higher oil content grades are more economical and suitable for candle making, rubber processing, and board coatings. **Q2: What melting point grades are available for semi refined paraffin wax?** Semi refined paraffin wax is available in melting point grades of 52°C, 54°C, 56°C, 58°C, 60°C, and 62°C. The most commonly traded grade for candle making is 52–58°C. Please specify the melting point and oil content combination that best matches your application requirements. **Q3: What is the minimum order quantity for semi refined paraffin wax?** The MOQ for semi refined paraffin wax is typically one pallet (approximately 500 kg in 25 kg cartons) to one full container load (15–20 MT). Full container quantities offer the most competitive pricing per tonne. Please contact us to confirm current MOQs for your grade and delivery destination. **Q4: What is the current FOB/CIF price for semi refined paraffin wax per metric tonne?** Semi refined paraffin wax is typically priced below fully refined grades, reflecting its higher oil content and less intensive refining. Please contact our sales team for current pricing based on your required grade, volume, and delivery terms. **Q5: Is semi refined paraffin wax suitable for candle making — what quality candles does it produce?** Yes, semi refined paraffin wax is widely used in candle making, particularly for lower-cost taper, pillar, and utility candles. Its residual oil content (1–3%) can produce a slightly softer, less white finish compared to fully refined grades. For premium candle brands, fully refined or microcrystalline blended grades may be preferred. **Q6: What is the needle penetration value and congealing point of your semi refined paraffin?** The congealing point corresponds closely to the stated melting point grade. Needle penetration at 25°C is typically 18–28 (ASTM D1321), slightly higher (softer) than fully refined grades due to residual oil content. Grade-specific values are confirmed in the batch CoA. **Q7: Do you supply semi refined paraffin wax for rubber processing and tyre manufacturing?** Yes, semi refined paraffin wax (typically 1–3% oil, 52–60°C melting point) is used in rubber processing and tyre manufacturing as a processing aid and anti-ozonant. It migrates to the rubber surface, forming a protective layer that inhibits ozone cracking. **Q8: What are the packaging formats available — slabs in cartons, drums, or bulk?** Semi refined paraffin wax is available in 25 kg cartons (slab form), 180–200 kg fibre drums, and bulk liquid form for very large volume users. Standard slab in carton is the most common format for B2B supply. Please specify your preferred packaging when enquiring. **Q9: Can semi refined paraffin wax be used for textile finishing and waterproofing applications?** Yes, paraffin wax emulsions produced from semi refined paraffin wax are used in textile finishing to impart water repellency, smoothness, and improved handle to fabrics. Direct application or emulsified grades can be supplied depending on the finishing process used. **Q10: What is the colour and odour specification of your semi refined paraffin wax?** Semi refined paraffin wax typically has a Saybolt colour of +15 to +25 (off-white to cream, less bright than fully refined) and a mild, petroleum-characteristic odour. Higher oil content grades tend to have more pronounced colour and odour. Values are confirmed in the Certificate of Analysis. **Q11: Is your semi refined paraffin wax suitable for match manufacturing?** Yes, paraffin wax — both semi refined and fully refined grades — is used in safety match production. Paraffin wax is applied to the match stick as a fuel source, helping sustain combustion after ignition. Please contact us with your specific grade requirements. **Q12: What certifications accompany your semi refined paraffin wax supply?** Standard documentation includes Certificate of Analysis, Safety Data Sheet (SDS), Certificate of Origin, and where applicable, food contact compliance statements. PAH testing reports are available for food and cosmetic adjacent applications upon request. **Q13: What is the difference between semi refined and fully refined paraffin wax for industrial use?** The primary difference is oil content: fully refined paraffin wax has ≤0.5% oil (white, low-odour, suitable for food, pharmaceutical, and cosmetic applications), while semi refined has 1–5% residual oil (off-white, mild petroleum odour, suitable for industrial candles, rubber, board coatings, and explosive manufacturing) at a lower cost. **Q14: Do you supply semi refined paraffin wax for board and corrugated packaging applications?** Yes, semi refined paraffin wax is used for wax-impregnating corrugated board and containerboard to provide moisture resistance for produce and seafood packaging, and in cup stock coating. Please contact us with your specific board grade and application requirements. **Q15: What origin countries does your semi refined paraffin wax come from?** We source semi refined paraffin wax from Iran, Russia, China, South Korea, and the Middle East (Saudi Arabia, UAE). Origin preference can be specified; availability is subject to current market conditions and trade regulations. Full origin documentation is provided with each shipment. **Q16: Can your semi refined paraffin wax be upgraded or blended to reduce oil content?** Yes, semi refined paraffin wax can be further refined or blended with fully refined paraffin wax to reduce oil content for more demanding applications. Custom blending to a defined oil content target is available. Please contact our technical team with your specification requirements. **Q17: What are your lead times for semi refined paraffin wax supply to Asian and African markets?** Lead times from major producing origins (Iran, China, Russia) to Asian markets are typically 2–4 weeks; to African markets, 4–6 weeks depending on destination port. Please contact us for specific port lead time estimates. **Q18: Do you supply semi refined paraffin for explosive and match industry applications?** Yes, semi refined paraffin wax is used in the explosives industry (in ANFO and other commercial explosive formulations as a fuel component) and in match manufacturing. We can supply appropriate grades with relevant documentation. Please contact us with your specific grade and application requirements. **Q19: What PAH testing do you perform on semi refined paraffin wax?** PAH testing (MOSH/MOAH analysis and PAH4 screening) is available on semi refined paraffin wax for buyers in food-adjacent, cosmetics-adjacent, or regulated applications. Standard industrial grade supply includes CoA without PAH testing unless specifically requested. **Q20: What is the viscosity at 100°C of your semi refined paraffin wax?** Semi refined paraffin wax typically has a kinematic viscosity of 3.0–5.5 cSt at 100°C (ASTM D445). Grades with higher oil content tend to have marginally higher viscosity. Grade-specific viscosity values are provided in the technical data sheet. **Q21: Does Bio Green Wax supply Semi Refined Paraffin Wax (50-68°C) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Semi Refined Paraffin Wax (50-68°C), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Semi Refined Paraffin Wax (50-68°C). --- #### Fischer-Tropsch (FT) wax - **Product Page**: https://biogreenwax.com/products/fischer-tropsch-ft-wax - **Applications**: Hot-melt adhesives, Plastics processing (lubricant/dispersant), Printing inks & toners, Coatings & polishes, Rubber & tire manufacturing, PVC processing aid, Candle making, Textile finishing FT wax is generated via the Fischer‑Tropsch synthesis, yielding a water‑white, ultra‑clean wax with a narrow carbon‑chain distribution, very low oil content, and outstanding thermal stability. It combines a high softening point with low melt viscosity and strong hardness, giving superior scratch resistance, gloss control, matting effects, and lubrication in many formulations. In plastics and PVC/CPVC processing, FT wax acts as an efficient internal and external lubricant and processing aid, reducing melt viscosity, improving flow, and enhancing mold release and dimensional stability. It is widely used in hot‑melt and pressure‑sensitive adhesives, printing inks, and industrial coatings to increase hardness, abrasion and scratch resistance, block resistance, and anti‑settling while stabilizing viscosity. Additional key applications include bitumen and asphalt modification, masterbatch and polymer compounding, rubber processing, polishes, textiles, and even cosmetic formulations, where FT wax delivers controlled crystallinity, improved wear and wrinkle resistance, and a smooth sensory feel. **Frequently Asked Questions about Fischer-Tropsch (FT) wax** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/fischer-tropsch-ft-wax/faq **Q1: What melting point grades of FT wax do you supply — 90°C, 100°C, or 110°C?** Bio Green Wax Ltd supplies Fischer-Tropsch wax across a range of high melting point grades: 85–90°C medium-melt grade for adhesives, coatings, and polymer processing; 95–100°C high-melt grade for demanding hot-melt adhesive and rubber applications; and 100–115°C very-high-melt grade for road construction bitumen modification, candle hardening, and extreme industrial applications. FT wax's combination of very high melting point and exceptionally low melt viscosity distinguishes it from paraffin and microcrystalline waxes. Contact our sales team to discuss which grade best meets your technical specification. **Q2: What is the minimum order quantity for Fischer-Tropsch wax?** The minimum order quantity for FT wax from Bio Green Wax Ltd is 500 kg in 25 kg pastille bags — allowing mid-scale manufacturers and formulators to assess performance before scaling. Full container load quantities (15–20 MT) are available with the most competitive pricing. Given FT wax's premium cost position, trial samples are available for qualified buyers undertaking formulation development. Contact us at sales@biogreenwax.com or +44 20 7101 3847 to request a sample and quotation. **Q3: What is the purity level and hydrocarbon content of your FT wax?** Fischer-Tropsch wax from Bio Green Wax Ltd has a hydrocarbon content of 99%+ with near-zero aromatic content — typically below 1 ppm total aromatics by GC analysis. This extreme purity is a result of the synthetic FT process: syngas (CO and H₂) is converted catalytically to straight-chain alkanes (n-paraffins) with a very narrow carbon number distribution, completely free from the aromatic, naphthenic, and polyaromatic hydrocarbons present in petroleum-derived waxes. This makes FT wax the safest choice for food-contact, pharmaceutical, cosmetic, and precision coating applications where aromatic contamination is unacceptable. **Q4: What is the current price for FT wax per kg or per metric tonne?** Fischer-Tropsch wax commands a significant price premium — typically 40–100% above fully refined paraffin wax — reflecting its synthetic origin, near-zero aromatic content, narrow molecular weight distribution, and consistent batch-to-batch quality. This premium is justified by its superior technical performance in hot-melt adhesives, precision coatings, and bitumen modification, where it delivers measurably better results than petroleum wax. Contact our trading team at sales@biogreenwax.com for current per-tonne pricing based on your required grade, volume, and delivery destination. **Q5: Is your FT wax suitable for hot-melt adhesive formulations requiring high performance?** Yes. FT wax is the premium wax component in high-performance hot-melt adhesive systems. Its key advantages include: very high melting point ensuring heat resistance in the bonded assembly; exceptionally low melt viscosity at processing temperature enabling high-speed application; narrow molecular weight distribution for precise control of open time and set speed; and excellent compatibility with EVA, SIS, APAO, and metallocene polymer systems. These properties make FT wax the preferred choice for demanding packaging hot-melts, automotive assembly adhesives, bookbinding, and case-and-carton sealing applications. Contact Bio Green Wax Ltd for grade recommendations specific to your adhesive polymer base. **Q6: What is the viscosity at 120°C and hardness of your FT wax?** FT wax has a melt viscosity of typically 5–15 cP at 120°C (Brookfield) — remarkably low for a wax with a melting point of 90–115°C. This combination of high melting point and low melt viscosity is a defining technical characteristic of FT wax that no petroleum-derived wax can match, making it uniquely effective in high-temperature hot-melt adhesive and road construction applications. Needle penetration at 25°C is typically 0–3 (ASTM D1321) confirming extreme hardness. Grade-specific viscosity and hardness values are provided in technical data sheets available from Bio Green Wax Ltd upon request. **Q7: Can you supply FT wax for printing ink and toner applications?** Yes. FT wax is used in printing ink and toner formulations to improve rub and scuff resistance of printed surfaces, reduce the coefficient of friction (anti-scratch), provide anti-blocking in high-speed printing and converting, and act as a melt flow modifier in laser toner particles improving image fusing performance. Micronised FT wax powder with D50 of 5–15 microns is the preferred form for ink and toner applications, delivering superior performance over coarser grades due to better dispersion. Bio Green Wax Ltd supplies both standard pastille and micronised powder forms — contact us for particle size specifications. **Q8: Is your FT wax Sasol-brand or equivalent quality — what origin is it?** Bio Green Wax Ltd supplies Sasol-origin FT wax from South Africa — the globally recognised benchmark for Fischer-Tropsch wax quality. Sasol grades available include Sasolwax H1 (medium-melt, hot-melt adhesive grade), Sasolwax C105 (high-melt, road construction and bitumen grade), and Sasolwax 80 (very high-melt, industrial coating grade). Equivalent-quality FT wax from other certified synthetic wax producers is also available where Sasol grades are not in stock. Full Sasol origin documentation and specification sheets matching your required grade are provided. Contact sales@biogreenwax.com to confirm current availability. **Q9: What certifications accompany your FT wax supply — REACH, RoHS, food contact?** FT wax from Bio Green Wax Ltd is supplied with EU REACH-compliant Safety Data Sheets and registered under REACH as a synthetic hydrocarbon substance. Food contact compliance under FDA 21 CFR and EU Regulation 10/2011 is available for food-contact grades. MOSH/MOAH analysis and PAH4 test reports (confirming near-zero aromatic content) are provided for food, pharmaceutical, and cosmetic applications. RoHS and SVHC compliance declarations are available for electronic applications. EU Cosmetics Regulation (EC 1223/2009) compliance documentation is provided for cosmetic-grade FT wax (INCI name: Synthetic Wax). **Q10: What is the needle penetration value and congealing point of your FT wax?** FT wax has a needle penetration at 25°C of typically 0–3 (ASTM D1321) — making it one of the hardest waxes commercially available, considerably harder than both fully refined paraffin and microcrystalline wax at equivalent measurement temperatures. The congealing point (ASTM D938) closely matches the stated melting point grade for each product. These exceptional hardness values, combined with FT wax's very low melt viscosity, explain its superior performance in applications requiring maximum rigidity below processing temperature and maximum flow at application temperature. **Q11: Can FT wax be used for bitumen modification and road construction applications?** Yes. FT wax is one of the most effective warm-mix asphalt (WMA) additives in road construction. When added at 2–4% to bituminous binders, FT wax reduces binder viscosity at mixing and compaction temperatures by 30–50%, allowing road surfacing at 20–40°C lower temperatures. This reduces fuel consumption, CO₂ emissions, and worker exposure to bitumen fumes during laying. FT wax also improves the high-temperature rutting resistance of finished asphalt surfaces. Bio Green Wax Ltd supplies road construction grades with the technical documentation required by highway authorities. Contact us for WMA application-specific grade recommendations. **Q12: What packaging formats are available for FT wax — pellets, pastilles, or slabs?** Bio Green Wax Ltd supplies FT wax in pastille/prilled form in 25 kg multi-wall kraft bags (the standard format for most applications, offering fast melting, accurate dosing, and clean handling), slab form in 25 kg cartons (available for some grades for customers who prefer manual processing), and micronised powder in 25 kg bags with defined particle size for ink and coating applications. Bulk liquid supply in heated ISO tanks is available for very large-volume bitumen modification customers. Contact us to specify your preferred format when requesting a quotation. **Q13: Is your FT wax suitable for PVC lubricant and plastic processing applications?** Yes. FT wax performs as an excellent external lubricant in PVC and engineering plastic extrusion, with key advantages over paraffin wax for demanding applications: its higher melting point (95–115°C) means it remains solid at PVC processing temperatures longer, providing better plate-out resistance; its very narrow molecular weight distribution gives more predictable lubrication behaviour; and its near-zero aromatic content eliminates any risk of aromatic migration into sensitive plastic products. FT wax is also used as a dispersant and processing aid in polyamide (PA), polyester (PET/PBT), and polycarbonate compounding. Contact us for grade recommendations for your polymer system. **Q14: What is the difference between FT wax and fully refined paraffin wax for adhesive use?** The key technical differences that make FT wax superior to refined paraffin wax in hot-melt adhesive applications are: purity (FT wax is 99%+ hydrocarbon with <1 ppm aromatics vs. paraffin wax which contains trace aromatics and naphthenics); molecular structure (FT wax is composed primarily of straight-chain n-alkanes with narrow chain length distribution vs. paraffin's broader, more branched distribution); melting point-viscosity relationship (FT wax has a dramatically lower melt viscosity for its melting point than paraffin wax); and polymer compatibility (FT wax is more compatible with synthetic rubber and metallocene polymer systems used in premium adhesive formulations). The cost premium of FT wax is consistently justified by measurably better adhesive performance. **Q15: Can FT wax be used in cosmetics — what regulatory approvals does it carry?** Yes. Cosmetic-grade FT wax (INCI name: Synthetic Wax) is increasingly specified in premium cosmetic formulations — particularly lip products, mascara, and sunscreen sticks — where its near-zero aromatic content and exceptional purity provide a significant safety and regulatory advantage over petroleum-derived waxes. Bio Green Wax Ltd provides EU Cosmetics Regulation (EC 1223/2009) compliance documentation, PAH and MOSH/MOAH test reports confirming aromatic content well below EU limits, INCI name and function documentation, and heavy metals test reports. These support the cosmetics safety assessment required for EU market approval of finished cosmetic products. **Q16: Do you supply micronised FT wax powder for waterborne coatings and inks?** Yes. Micronised FT wax powder with D50 of 5–15 microns and D90 below 25 microns is available from Bio Green Wax Ltd for waterborne coatings, UV-cured printing inks, and floor care product applications. FT wax in micronised form provides superior anti-scratch, anti-mar, and coefficient-of-friction reduction performance compared to petroleum wax equivalents, due to its harder crystalline structure. Pre-dispersed aqueous FT wax emulsions are also available for customers requiring a ready-to-use dispersion for direct addition to waterborne formulations. Contact us with your particle size and solids content requirements. **Q17: Is your FT wax synthetic and completely free from aromatic hydrocarbons?** Yes. Fischer-Tropsch wax is produced entirely via chemical synthesis from syngas feedstock — it is not derived from petroleum refining and contains no petroleum-origin aromatic hydrocarbons. Total aromatic content of FT wax is typically below 1 ppm by GC analysis, which is undetectable by most standard analytical methods. This makes FT wax the definitive choice for applications where trace aromatic hydrocarbon contamination is not acceptable — including food contact packaging, pharmaceutical excipients, premium cosmetics, and precision electronic component coatings. MOSH/MOAH test reports confirming this purity are provided with every relevant grade shipment. **Q18: What are the lead times for FT wax delivery to European and Asian markets?** Lead times for FT wax from Sasol South African origin to European ports are typically 4–6 weeks for sea freight. For Asian and Middle Eastern markets, 5–8 weeks. FT wax is produced in lower volumes than petroleum paraffin wax, so advance ordering is strongly recommended — particularly for container load quantities. Bio Green Wax Ltd maintains FT wax stock at European warehouses to support shorter lead times for established customers. Contact us at +44 20 7101 3847 or sales@biogreenwax.com for current stock availability and confirmed lead times for your destination. **Q19: Can you supply FT wax for use in candle blends for improved opacity and hardness?** Yes. Adding FT wax at 1–5% to paraffin or soy wax candle blends delivers significantly improved hardness and structural rigidity, a higher melting point for better performance in warm ambient conditions, superior white opacity in pillar candles, slower wax crystallisation reducing surface defects such as cracking and mottling, and better mould release from metal, polycarbonate, and silicone candle moulds. These benefits make FT wax particularly valuable for premium pillar, taper, sculptural, and church candle applications where a flawless white finish and sharp mould release are essential. Contact Bio Green Wax Ltd for trial samples and blend ratio recommendations. **Q20: Do you offer technical support and formulation guidance for FT wax applications?** Yes. Bio Green Wax Ltd provides comprehensive technical support for FT wax customers at every stage. Pre-sale, our technical team advises on grade selection, provides technical data sheets, and supplies samples for formulation trials. During development, we offer guidance on dosage levels, polymer compatibility, blending ratios with other waxes, and processing temperature protocols. Post-sale, we support production troubleshooting and product qualification for your customers. We understand that FT wax is often used in technically demanding applications where formulation expertise is critical — we are committed to being a technical partner, not just a supplier. Contact sales@biogreenwax.com to arrange a technical consultation. **Q21: Does Bio Green Wax supply Fischer-Tropsch (FT) wax internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Fischer-Tropsch (FT) wax, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Fischer-Tropsch (FT) wax. --- #### Palm Olein - **Product Page**: https://biogreenwax.com/products/palm-olein - **Applications**: Deep frying & cooking oil, Margarine & spreads, Shortening production, Salad & cooking oil blends, Food processing, Non-dairy creamer Palm Olein, the liquid fraction of palm oil (Elaeis guineensis), is obtained through fractionation. It is rich in tocotrienols, carotenoids, and balanced fatty acids, making it stable for deep frying and everyday cooking. Palm olein dominates palm oil derivatives and is widely used in packaged snacks, instant noodles, and fast‑food frying. Industrially, it is blended into margarine and shortenings. Interesting fact: palm olein remains liquid at room temperature in tropical climates, unlike palm stearin, making it ideal for hot‑weather food applications. **Frequently Asked Questions about Palm Olein** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/palm-olein/faq **Q1: What is the iodine value (IV) and cloud point of your refined palm olein?** Single-fractionated refined palm olein (IV 56) has an iodine value of ≥56 g I₂/100g and a cloud point of ≤10°C, suitable for tropical cooking oil markets. Double-fractionated palm olein (IV 60+) has an even lower cloud point for temperate climates. Specifications are confirmed in the batch CoA. **Q2: What is the minimum order quantity for bulk palm olein in ISO tanks or flexitanks?** The MOQ for bulk refined palm olein is typically one ISO tank or flexitank (approximately 20–24 metric tonnes). Larger volumes in multiple containers or bulk vessels are available. Contact our team to confirm MOQs for your specific destination and packaging format. **Q3: Do you supply RSPO certified palm olein — SG, MB, or ISCC grade?** Yes, we supply palm olein with RSPO Segregated (SG), RSPO Mass Balance (MB), and ISCC-EU certifications. The appropriate level depends on your sustainability commitments and buyer or brand policy requirements. Certification documents are provided with each certified order. **Q4: What is the current FOB/CIF price for refined palm olein (RBD PO) per metric tonne?** Palm olein prices are linked to global palm oil commodity markets. Please contact our trading team for current FOB Port Klang/Belawan or CIF destination pricing for your required volume and specification. **Q5: Is your palm olein suitable for deep frying and industrial food processing applications?** Yes, refined palm olein is one of the most widely used frying oils in commercial food processing, valued for its high oxidative stability, high smoke point (approximately 230°C), and balanced fatty acid profile. It is ideal for continuous deep frying of snacks, instant noodles, fast food products, and food service applications. **Q6: What is the FFA content, moisture, and impurity specification for your palm olein?** Our refined palm olein meets PORAM standard specifications: FFA ≤0.1%, moisture ≤0.1%, and impurities ≤0.01%. These parameters confirm suitability for food manufacturing applications and are detailed in the Certificate of Analysis. **Q7: Can you supply single-fractionated (IV 56) and double-fractionated (IV 60) palm olein?** Yes, both single-fractionated palm olein (IV ≥56, standard cooking oil grade) and double-fractionated palm olein (IV ≥60, for cooler climates) are available. Please specify the iodine value grade required when placing your enquiry, as this affects pricing and availability. **Q8: What are the lead times for palm olein delivery to South Asia, Middle East, and Africa?** Lead times from Malaysia and Indonesia to South Asian ports are typically 10–14 days transit; to Middle Eastern ports, 12–18 days; to East/West African ports, 18–30 days. Overall order lead times including production and documentation are typically 3–5 weeks. **Q9: Do you supply palm olein meeting PORAM standard quality specifications?** Yes, all palm olein we supply meets PORAM (Palm Oil Refiners Association of Malaysia) standard quality specifications — the globally recognised standard contract specification for refined palm olein accepted by buyers worldwide. **Q10: Can you provide Halal and Kosher certification for palm olein for food manufacturers?** Yes, Halal certification is provided as standard with every palm olein shipment. Kosher-certified supply can be arranged upon request. Certification documents from recognised international certifying bodies are provided with each order. **Q11: What packaging formats are available — ISO tanks, flexi tanks, drums, or IBCs?** Palm olein is available in ISO tanks (20,000–25,000 litres), food-grade flexitanks (16,000–24,000 litres), 200-litre drums, and 1,000-litre IBCs. Please contact us to discuss the optimal packaging format for your supply chain and storage facilities. **Q12: Is your palm olein EUDR compliant for import into EU member states?** Yes, we provide palm olein with full supply chain traceability and EUDR compliance documentation, including geolocation data and due diligence statements required for import into EU member states. Our compliance team assists EU buyers with all documentation requirements. **Q13: What is the carotenoid and tocopherol content in your palm olein?** RBD palm olein has significantly reduced carotenoid and tocopherol content compared to crude palm oil, as these are largely removed during refining. Residual tocopherol content is approximately 50–100 mg/kg. Red palm olein (partially refined) retains higher carotenoid levels for functional food applications. **Q14: Do you supply palm olein for margarine, shortening, and spread production?** Yes, refined palm olein is used in margarine, shortening, and spread production as part of multi-component fat blends. Its semi-solid consistency at room temperature and blend compatibility with other fats make it suitable for these applications. **Q15: What is the smoke point of your refined palm olein for high-heat cooking applications?** Refined palm olein has a smoke point of approximately 230°C (446°F), making it highly suitable for high-heat commercial frying and food processing. Its saturated and monounsaturated fatty acid dominance provides excellent thermal stability compared to polyunsaturated vegetable oils. **Q16: Can you supply palm olein for biodiesel and bioenergy feedstock applications?** Yes, ISCC-EU certified palm olein is available as a biodiesel feedstock for buyers requiring RED II compliance. GHG calculation documentation and ISCC chain-of-custody certificates are provided. Please contact us with your bioenergy feedstock requirements. **Q17: What is the shelf life of refined palm olein under bulk storage conditions?** Refined palm olein has a shelf life of 24 months when stored in clean, sealed tanks away from light, heat, and moisture. Nitrogen blanketing is recommended to prevent oxidation. Recommended bulk storage temperature is 30–40°C to maintain the oil in a liquid state for easy handling. **Q18: Do you offer forward contracts or fixed pricing for palm olein procurement?** Yes, fixed-price forward contracts and term supply agreements are available for palm olein, providing price certainty and supply security for buyers with regular procurement needs. Please contact our trading team to discuss contract volumes, pricing, and duration. **Q19: What documentation do you provide for palm olein import customs clearance?** A complete documentation package is provided, including Certificate of Analysis, Certificate of Origin, Halal Certificate, Phytosanitary Certificate (where required), Bill of Lading, Commercial Invoice, Packing List, and RSPO/ISCC certification where applicable. **Q20: Can you supply a blend of palm olein and other oils to specific fatty acid profiles?** Yes, custom blended oils combining palm olein with sunflower, rapeseed, soybean, or other vegetable oils are available to achieve specific fatty acid profiles, nutritional claims, or functional performance targets. Please contact our technical team with your target specification and intended application. **Q21: Does Bio Green Wax supply Palm Olein internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Palm Olein, delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Palm Olein. --- #### Cocoa Butter Substitute (CBS) - **Product Page**: https://biogreenwax.com/products/cocoa-butter-substitute-cbs - **Applications**: Chocolate & confectionery coatings, Compound chocolate manufacturing, Confectionery fillings & centres, Ice cream & frozen dessert coatings, Bakery coatings & glazes, Pharmaceutical tablet coatings, Cosmetics & personal care Crafted through fractionation and hydrogenation of refined vegetable oils of lauric origin, specifically palm kernel oil, palm kernel stearin, and their fractions. CBS undergoes precise processing to achieve a stable, consistent fat with a well-defined crystalline structure. The result is a pure, additive-free fat delivering 100% fat content, zero carbohydrates, sugars, protein, sodium, and cholesterol, with quick crystallisation, excellent oxidative stability, steep melting characteristics, and a clean neutral taste and odour. Certified allergen-free, it carries no cross-contamination risk, making it fully compliant for sensitive food manufacturing environments. With a slip melting point ranging between 33–42°C across variants, it is precisely engineered to mirror the sensory performance of cocoa butter, delivering a smooth body-temperature melt, satisfying snap, and a no-waxy mouthfeel. CBS is the dependable choice for chocolate molding, chocolate coating, and a broad range of confectionery manufacturing applications demanding precision, consistency, and scale. **Frequently Asked Questions about Cocoa Butter Substitute (CBS)** (21 Q&As) - FAQ Page: https://biogreenwax.com/products/cocoa-butter-substitute-cbs/faq **Q1: What is the slip melting point and solid fat content of your cocoa butter substitute?** Our CBS products have a slip melting point in the range of 32–36°C with a sharp melting profile for clean mouthfeel. The SFC at 20°C is typically 70–80%, dropping sharply to near-zero above 35°C — ensuring good snap and heat resistance at ambient temperature while providing a rapid melt-in-mouth sensation in confectionery applications. **Q2: Is your CBS fractionated from palm kernel oil and free from hydrogenated fats?** Yes, our CBS is produced by dry fractionation of palm kernel oil without hydrogenation, making it free from trans fatty acids and compliant with trans-fat-free label claims in all major markets. **Q3: What is the minimum order quantity for bulk CBS supply?** The MOQ for CBS is typically one pallet (500 kg in 25 kg cartons) for packed grades or one full container load (approximately 15–20 metric tonnes) for bulk. Please contact us with your packaging preference and volume requirements to confirm current MOQs. **Q4: Is your CBS compatible with cocoa butter for compound chocolate applications?** CBS based on lauric fats (palm kernel oil derived) is not compatible with cocoa butter and should not be blended, as this causes fat bloom and texture defects. CBS is designed for cocoa butter-free compound chocolate and coatings. For applications requiring cocoa butter compatibility, we can supply CBR (Cocoa Butter Replacers) or CBE (Cocoa Butter Equivalents). **Q5: What is the crystallisation speed and gloss performance of your CBS?** Our CBS products are formulated for rapid crystallisation and excellent gloss retention in confectionery coating applications. Fast crystallisation speeds reduce production cycle times in enrobing and moulding operations. Full crystallisation and gloss performance data are available in our technical data sheets. **Q6: Can you provide technical data sheets and SFC curves for your CBS products?** Yes, full technical data sheets including SFC curves at 10–40°C, crystallisation profiles, fatty acid compositions, and application guidance notes are provided for all CBS products. These documents are available prior to purchase for formulation and process evaluation. **Q7: Do you supply CBS with Halal and Kosher certification for confectionery manufacturers?** Yes, CBS is available with Halal and Kosher certification from recognised certifying bodies. Given its derivation from palm kernel oil (a vegetable source), it is suitable for Halal and Kosher certified confectionery products. **Q8: What is the lauric acid content and iodine value of your CBS?** Our CBS has a lauric acid content of approximately 45–55% and an iodine value of typically 0–5 g I₂/100g after fractionation, reflecting its very high saturated content and sharp melting profile. These values are confirmed in the batch Certificate of Analysis. **Q9: What is the current CIF/FOB price for CBS per metric tonne?** CBS pricing is linked to palm kernel oil commodity prices plus processing premiums. Please contact our sales team for current pricing based on your required grade, volume, and delivery destination. **Q10: Is your CBS suitable for chocolate moulding, enrobing, and panning applications?** Yes, our CBS products are formulated for chocolate moulding, enrobing, and panning operations, with different grades optimised for each application — specific crystallisation speeds for moulding, defined viscosity profiles for enrobing, and controlled particle size for panning. Please specify your intended application when enquiring. **Q11: Do you supply CBS in 25 kg cartons, IBCs, or bulk tankers?** CBS is available in 25 kg cartons (pastille, slab, or flake form), 1,000 kg bulk bags, and bulk liquid tankers (melted at 50–60°C) for large-scale confectionery production. Please specify your preferred packaging format when enquiring. **Q12: What food safety certifications does your CBS carry — HACCP, ISO 22000?** CBS is sourced from manufacturers holding HACCP, ISO 22000, and BRC Food Safety certifications. Halal, Kosher, and RSPO certifications are also available. Full certification documentation is provided to support quality management and customer audit requirements. **Q13: What is the shelf life and recommended storage temperature for CBS?** CBS has a shelf life of 12–18 months from production date when stored at 18–22°C in a cool, dry environment away from direct sunlight and strong odours. Storage above 28°C may cause softening or partial melting; temperature-controlled storage is recommended. **Q14: Can you supply CBS to Codex Alimentarius standards for compound chocolate?** Yes, our CBS is supplied to meet Codex Alimentarius standards for vegetable fats used in compound chocolate (Codex CXS 87-1981 and relevant national equivalents). Compliance documentation is available upon request. **Q15: Is your CBS RSPO certified for sustainable palm-derived ingredient sourcing?** Yes, RSPO Mass Balance (MB) and Segregated (SG) certified CBS is available for buyers committed to sustainable palm-derived ingredient sourcing. RSPO certificates and annual volume declarations are provided with RSPO-certified orders. **Q16: What is the FFA content and peroxide value of your CBS?** Our refined CBS has an FFA content of ≤0.1% and a peroxide value of ≤2 meq/kg, meeting the high quality standards required for confectionery manufacturing. Batch-specific values are confirmed in the Certificate of Analysis. **Q17: Do you supply CBS as an additive-free, allergen-free ingredient?** Yes, CBS produced from palm kernel oil by fractionation is free from all major food allergens (milk, nuts, soy, gluten, eggs) and does not require additives. It can be positioned as a clean label, additive-free, allergen-free ingredient for sensitive confectionery formulations. **Q18: Can your CBS be blended with cocoa butter at various ratios without blooming?** Lauric acid-based CBS is not recommended for blending with cocoa butter, as incompatibility causes fat bloom at higher ratios. For applications requiring cocoa butter blending, please contact us about CBR or CBE products specifically designed for compatibility with cocoa butter. **Q19: What are your lead times for CBS supply to confectionery manufacturers in Europe and Asia?** Lead times from origin (typically Malaysia, Indonesia, or Netherlands) to European confectionery manufacturers are typically 3–5 weeks. For Asian markets, 2–4 weeks depending on origin proximity. Please contact us for destination-specific lead time estimates. **Q20: Do you offer CBS in different melting point grades for different chocolate applications?** Yes, CBS is available in a range of melting point grades (typically 32°C, 34°C, 36°C slip melting point) to match specific climate conditions and application requirements. Grades for warmer climates (higher melting point) and standard temperate use are both available. **Q21: Does Bio Green Wax supply Cocoa Butter Substitute (CBS) internationally?** Yes. Bio Green Wax Ltd is a trusted global supplier of Cocoa Butter Substitute (CBS), delivering to clients across all major continents including Europe, Asia, North America, South America, Africa, the Middle East, and Oceania. We supply to over 50 countries with established logistics networks, ensuring timely and cost-effective delivery. All shipments comply with international trade standards, and we hold certifications including RSPO SG, ISO 9001, and HACCP to meet the regulatory requirements of any destination market. Whether you need bulk quantities for industrial manufacturing or smaller volumes for specialty applications, Bio Green Wax ensures reliable, worldwide supply of premium-quality Cocoa Butter Substitute (CBS). --- #### Slack Wax LMO (Light Machine Oil) - **Product Page**: https://biogreenwax.com/products/slack-wax-lmo - **Applications**: Candle manufacturing (paraffin extender and base wax), Match and firelighter impregnation, Particleboard and MDF waterproofing, Rubber compounding and anti-ozonant processing, Paper and board moisture-barrier coatings, Textile lubricant and softener formulations, Wax emulsion manufacturing, Fully refined paraffin wax feedstock (deoiling), Carbon paper and ink manufacturing Slack Wax LMO, or Light Machine Oil slack wax, is a semi-solid petroleum wax produced as a byproduct of the solvent dewaxing process during lubricating oil refining. Its scientific classification falls under petroleum-derived hydrocarbon waxes (CAS No. 64742-61-6), composed predominantly of straight-chain and branched saturated hydrocarbons with carbon numbers in the C20–C50 range. LMO is the lightest fraction in the slack wax family, yielding a near water-white to very pale straw-yellow colour on the ASTM D-1500 scale (maximum L1.0), reflecting its low aromatic content and high paraffin purity. The commercial production of slack wax dates to the 1920s, when refiners discovered that chilling lubricating oil distillates allowed the wax fraction to crystallise and be separated by filtration. The LMO fraction was among the earliest to be industrially refined, given its low melting point and relative ease of processing. Pertamina's Cilacap refinery in Indonesia became one of the most prominent global sources of graded slack wax, formalising the LMO, SPO, MMO, and DAO classification system now used across international B2B trade. With a melting point of 47–53°C and a tightly controlled oil content of 10–25% in Bio Green Wax's customised specification, Slack Wax LMO is significantly cleaner than standard market grades. This narrow oil content band ensures greater consistency in downstream processing and end-product performance. Its viscosity of 3.1–4.2 cSt at 100°C makes it the most fluid grade at elevated temperatures, ensuring easy handling, blending, and application. An interesting fact: LMO at this oil content level is a direct precursor to fully refined paraffin wax and can serve as a premium deoiling feedstock with lower processing energy requirements than heavier grades. Industrial applications span candle manufacturing as a paraffin extender and base, matchstick and firelighter impregnation, MDF and particleboard waterproofing, rubber compounding as a processing and anti-ozonant aid, paper and board moisture-barrier coatings, textile lubricants, and general-purpose wax emulsion blending. **Frequently Asked Questions about Slack Wax LMO (Light Machine Oil)** (20 Q&As) - FAQ Page: https://biogreenwax.com/products/slack-wax-lmo/faq **Q1: What is Slack Wax LMO?** Slack Wax LMO (Light Machine Oil) is a semi-solid petroleum-derived wax produced as a byproduct of the solvent dewaxing process during lubricating oil refining. It is the lightest grade in the slack wax family, composed of straight-chain and branched saturated hydrocarbons (CAS No. 64742-61-6) with carbon numbers predominantly in the C20–C50 range. LMO is characterised by a near water-white to very pale straw-yellow colour, a melting point of 47–53°C, and an oil content of 10–25% in Bio Green Wax's customised specification. **Q2: What does LMO stand for in Slack Wax LMO?** LMO stands for Light Machine Oil — the specific lubricating oil distillate fraction from which this slack wax grade is derived. Light machine oil is a low-viscosity lubricating oil historically used in light industrial machinery, and the wax fraction crystallised from this distillate cut during refining is designated as Slack Wax LMO. **Q3: How is Slack Wax LMO produced?** Slack Wax LMO is produced as a byproduct of the solvent dewaxing process in lubricating oil refining. The light machine oil distillate fraction is chilled in the presence of a solvent (typically methyl ethyl ketone or propane), causing the waxy components to crystallise. These crystals are then separated from the liquid oil by filtration, yielding the raw slack wax. The resulting product retains a proportion of residual oil — between 10–25% in Bio Green Wax's specification — which distinguishes it from more refined paraffin waxes. **Q4: What is the ASTM colour of Slack Wax LMO?** The ASTM D-1500 colour of Slack Wax LMO is maximum L1.0 — a designation that places it among the lightest petroleum wax products commercially available. The 'L' prefix indicates the product is lighter than the standard 1.0 colour chip on the ASTM comparator scale, appearing as near water-white to very pale straw-yellow in practice. This light colour reflects LMO's low aromatic content and high paraffin purity relative to heavier slack wax grades. **Q5: How does Slack Wax LMO differ from fully refined paraffin wax?** The primary difference is oil content. Fully refined paraffin wax contains less than 0.5% residual oil and is virtually colourless and odourless, meeting food and cosmetic grade purity standards. Slack Wax LMO retains 10–25% residual oil, giving it a softer, more unctuous character and a slightly yellowish tint. LMO is not suitable for food or direct cosmetic contact without further processing, but it is significantly less expensive and serves a wide range of industrial applications where oil content is not a disqualifying factor. **Q6: What is the melting point of Slack Wax LMO?** The melting point of Slack Wax LMO is 47–53°C as measured by ASTM D-87. This is the lowest melting point among the four slack wax grades (LMO, SPO, MMO, DAO), reflecting its lighter molecular weight and lower carbon chain length distribution. The congealing point (ASTM D-938) sits at 46–53°C, closely aligned with the melting point as expected for a predominantly paraffinic wax. **Q7: What is the oil content of Slack Wax LMO supplied by Bio Green Wax Ltd?** Bio Green Wax Ltd supplies Slack Wax LMO with an oil content of 10–25% as measured by ASTM D-721. This is a customised operational range that reflects the actual product supplied rather than a theoretical maximum. Buyers requiring a tighter oil content window within this range should discuss specific batch requirements with the sales team, as oil content can affect downstream processing consistency. **Q8: What is the viscosity of Slack Wax LMO?** The kinematic viscosity of Slack Wax LMO at 100°C is 3.1–4.2 centistokes (cSt), measured by ASTM D-445. This is the lowest viscosity of all four slack wax grades, making LMO the most fluid at elevated temperatures. This low viscosity is beneficial in processing environments where the wax needs to be pumped, blended, or applied as a coating — reducing energy requirements and equipment stress compared to heavier grades such as MMO or DAO. **Q9: What is the flash point of Slack Wax LMO and what does it mean for handling?** The minimum flash point of Slack Wax LMO is 145°C as measured by the Pensky-Martens Closed Cup (PMCC) method per ASTM D-93. The flash point indicates the minimum temperature at which vapours from the heated wax can ignite in the presence of a flame. A flash point of 145°C means LMO is classified as a combustible material rather than a flammable liquid, but appropriate precautions should still be applied during melting, processing, and storage. Storage should be away from open flames and oxidising materials. **Q10: What is the sulphur content of Slack Wax LMO, and does it matter for my application?** Slack Wax LMO has a maximum sulphur content of 0.30%wt as measured by ASTM D-1552. This is higher than the other three slack wax grades (SPO, MMO, DAO), which all carry a maximum of 0.20%wt. For most applications — candles, paper coatings, MDF waterproofing — this difference is inconsequential. However, for rubber and tyre applications where sulphur content can interfere with vulcanisation chemistry, buyers should evaluate whether the 0.30% maximum is within acceptable limits for their specific formulation. **Q11: What is Slack Wax LMO used for?** Slack Wax LMO serves a wide range of industrial applications, including: candle manufacturing as a paraffin extender and base wax; match and firelighter impregnation; MDF and particleboard waterproofing; rubber compounding as a processing aid and anti-ozonant; paper and board moisture-barrier coatings; textile lubricant and softener formulations; wax emulsion manufacturing; fully refined paraffin wax feedstock for deoiling operations; and carbon paper and ink manufacturing. Its low melting point and good fluidity make it the preferred slack wax grade for applications requiring easy melt processing. **Q12: Can Slack Wax LMO be used in candle making?** Yes, Slack Wax LMO is used in candle manufacturing, primarily as a blending component or extender rather than a standalone candle wax. It is blended with fully refined or semi refined paraffin wax to adjust hardness, melt pool characteristics, and cost. Its pale colour (ASTM ≤ L1.0) means it does not significantly affect the visual appearance of light-coloured candles. It is not suitable as a standalone candle wax due to its oil content, which can affect burn performance and fragrance loading at higher concentrations. **Q13: Is Slack Wax LMO used in the rubber industry?** Yes, Slack Wax LMO is used as a processing aid and anti-ozonant in rubber compounding. In rubber formulations, waxes migrate to the surface of the vulcanised article to form a thin protective film that shields the rubber from atmospheric ozone degradation — a process known as static ozone protection. LMO's light molecular weight and fluid character make it compatible with rubber mixing processes. However, buyers should verify sulphur content requirements with their technical team, as LMO carries a higher sulphur maximum (0.30%wt) than the other slack wax grades. **Q14: Can Slack Wax LMO be used as feedstock for producing fully refined paraffin wax?** Yes, one of LMO's key industrial roles is as a deoiling feedstock for the production of fully refined paraffin wax. In deoiling plants, the residual oil in LMO is removed through further solvent dewaxing and filtration steps until the oil content drops below 0.5%, at which point the product meets fully refined paraffin specification. LMO's relatively low viscosity compared to heavier slack wax grades (SPO, MMO, DAO) reduces the energy required for chilling and filtration in the deoiling process, making it the preferred feedstock for this application. **Q15: Is Slack Wax LMO suitable for food or pharmaceutical applications?** No. Slack Wax LMO is not suitable for direct food contact, food coating, or pharmaceutical applications. Its oil content of 10–25% and residual aromatic compounds mean it does not meet the purity requirements of food-grade regulations (FDA 21 CFR, EU Regulation 10/2011) or pharmaceutical standards. For food, cosmetic, or pharmaceutical wax applications, fully refined paraffin wax (oil content <0.5%) should be specified instead. **Q16: What is the minimum order quantity (MOQ) for Slack Wax LMO from Bio Green Wax Ltd?** Bio Green Wax Ltd operates as a B2B supplier of Slack Wax LMO in industrial bulk quantities. Minimum order quantities are discussed based on your specific requirements and destination. Please contact the sales team via biogreenwax.com or at info@biogreenwax.com to receive pricing and MOQ information tailored to your volume and logistics needs. **Q17: What shipping terms are available for Slack Wax LMO?** Bio Green Wax Ltd offers flexible international shipping terms for Slack Wax LMO, including FOB (Free on Board), CIF (Cost, Insurance and Freight), and DDP (Delivered Duty Paid). DDP is the most buyer-friendly option as it includes all freight, insurance, and import duty costs to the named destination. The most appropriate Incoterm depends on your location, logistics infrastructure, and preference for cost control. Contact us to discuss the best option for your shipment. **Q18: What documentation is provided with a shipment of Slack Wax LMO?** Bio Green Wax Ltd supplies full trade and compliance documentation with every shipment of Slack Wax LMO. Standard documents include a Certificate of Analysis (CoA) covering all ASTM-tested parameters (colour, melting point, oil content, viscosity, flash point, specific gravity, sulphur content), a Safety Data Sheet (SDS/MSDS), commercial invoice, packing list, and bill of lading. Additional documentation such as a Certificate of Origin or specific regulatory compliance documents can be arranged on request. **Q19: How should Slack Wax LMO be stored?** Slack Wax LMO should be stored in a cool, dry, well-ventilated location away from direct sunlight, heat sources, and open flames. As a combustible material with a flash point of minimum 145°C, it should be kept away from ignition sources during storage and handling. In solid form at ambient temperature, it is stable and non-reactive. Bulk storage in heated tanks is common in industrial settings, where temperatures should be maintained above the melting point (47–53°C) but well below the flash point. Containers should be kept sealed when not in use to prevent contamination. **Q20: Does Bio Green Wax Ltd supply Slack Wax LMO internationally?** Yes. Bio Green Wax Ltd is a UK-registered global B2B supplier and exports Slack Wax LMO to buyers across Europe, the Middle East, Asia, and Africa. We have experience handling international logistics for bulk wax shipments and can assist with documentation, compliance requirements, and preferred Incoterms. Visit biogreenwax.com or contact info@biogreenwax.com to discuss your country-specific requirements. --- #### Slack Wax SPO (Spindle Oil) - **Product Page**: https://biogreenwax.com/products/slack-wax-spo - **Applications**: Candle manufacturing (blending and base wax), Match and firelighter production, MDF, particleboard, and perforated board waterproofing, Shoe and leather polish formulations, Corrugated board moisture-barrier treatment, Emulsifying wax (E-wax) production, Wax emulsion manufacturing, Tyre and rubber compounding Slack Wax SPO, derived from the spindle oil distillate fraction of lubricating oil refining, is a semi-solid petroleum-derived hydrocarbon wax classified under CAS No. 64742-61-6. The term 'spindle oil' historically referred to light lubricating oils used in textile mill spindles and precision machinery — and the SPO grade inherits this designation as the wax fraction crystallised from that specific distillate cut. SPO sits as the second lightest grade in the LMO-SPO-MMO-DAO hierarchy, exhibiting a pale to light yellow colour on the ASTM D-1500 scale (maximum 1.5). The large-scale industrial production of SPO slack wax traces back to the mid-20th century, when rapid expansion of lubricating oil refinery capacity — particularly across Southeast Asia and the Middle East — created abundant byproduct wax streams requiring systematic grading and commercial outlets. Pertamina's Cilacap refinery formalised the SPO classification as part of its product portfolio, a system since adopted as a de facto standard across global slack wax trade. With a melting point of 53–58°C and Bio Green Wax's customised oil content range of 5–20%, Slack Wax SPO offers a distinctly softer, more unctuous character than LMO while retaining useful wax structure for a wide range of processing applications. Its viscosity of 4.7–5.7 cSt at 100°C ensures reliable melt flow. An interesting fact: SPO is one of the most widely traded slack wax grades globally due to its broad application compatibility — effective in both light applications such as polishes and matches, and heavier uses such as fiberboard treatment and emulsion bases. Industrial applications include candle manufacturing as a blending and base wax, match and firelighter production, MDF, particleboard, and perforated board waterproofing, shoe and leather polish formulations, corrugated board moisture-barrier treatment, emulsifying wax (E-wax) production as a primary feedstock, general-purpose wax emulsion manufacturing, and tyre and rubber compounding. **Frequently Asked Questions about Slack Wax SPO (Spindle Oil)** (19 Q&As) - FAQ Page: https://biogreenwax.com/products/slack-wax-spo/faq **Q1: What is Slack Wax SPO?** Slack Wax SPO (Spindle Oil) is a semi-solid petroleum-derived wax produced as a byproduct of lubricating oil refining, specifically from the spindle oil distillate fraction. It is the second lightest grade in the commercial slack wax family (after LMO), classified under CAS No. 64742-61-6. SPO exhibits a pale to light yellow colour on the ASTM D-1500 scale (maximum 1.5), a melting point of 53–58°C, and an oil content of 5–20% in Bio Green Wax's customised specification. It is one of the most widely traded slack wax grades globally due to its versatile application profile. **Q2: What does SPO stand for in Slack Wax SPO?** SPO stands for Spindle Oil — the lubricating oil distillate fraction from which this slack wax grade is produced. Spindle oil historically referred to a light, low-viscosity lubricating oil used to lubricate textile mill spindles and precision machinery spindles. The wax fraction crystallised from this distillate during the solvent dewaxing process in refining is designated as Slack Wax SPO. **Q3: How does Slack Wax SPO differ from Slack Wax LMO?** The primary differences between SPO and LMO are melting point, colour, and viscosity. SPO has a higher melting point (53–58°C vs 47–53°C for LMO), a slightly darker colour (ASTM ≤1.5 vs ≤L1.0), and a higher viscosity at 100°C (4.7–5.7 cSt vs 3.1–4.2 cSt). SPO's oil content in Bio Green Wax's specification is 5–20%, which overlaps with LMO's 10–25% but extends to a lower minimum. In practical terms, SPO is a slightly harder, more structured wax than LMO, making it more suitable for applications requiring better form stability such as polishes, particleboard coatings, and rubber processing. **Q4: Why is Slack Wax SPO considered the most widely traded slack wax grade?** Slack Wax SPO is the most widely traded grade globally because its balanced oil content and mid-range melting point make it compatible with the broadest range of industrial applications — from candle blending and matches to particleboard waterproofing, rubber processing, polishes, fertiliser coatings, and wax emulsions. Its versatility means it serves multiple industries simultaneously without requiring the more specialised handling of heavier grades like MMO or DAO, and it is available in significant volumes from major refinery sources including Pertamina's Cilacap facility. **Q5: Is Slack Wax SPO the same as paraffin wax?** No. Slack Wax SPO and paraffin wax are related but distinct products. Both are petroleum-derived hydrocarbon waxes from the same refining process, but paraffin wax has undergone additional deoiling and refining steps that reduce its oil content to below 0.5% (fully refined) or below 3% (semi refined). Slack Wax SPO retains 5–20% residual oil, giving it a softer, more pliable character and making it unsuitable for food, cosmetic, or pharmaceutical applications without further processing. **Q6: What is the melting point of Slack Wax SPO?** The melting point of Slack Wax SPO is 53–58°C as measured by ASTM D-87. This is higher than LMO (47–53°C) but lower than MMO (58–64°C) and DAO (69–74°C), placing SPO in the mid-light range of the slack wax spectrum. The congealing point (ASTM D-938) is also 53–58°C. This melting point range means SPO is a firm solid at room temperature and requires moderate heating to achieve a workable melt — typically achievable with standard industrial heating equipment. **Q7: What is the oil content of Slack Wax SPO from Bio Green Wax Ltd?** Bio Green Wax Ltd supplies Slack Wax SPO with an oil content range of 5–20% as measured by ASTM D-721. This operational range reflects actual supplied product characteristics. The oil content affects the softness, adhesion properties, and processing behaviour of the wax in downstream applications. Buyers with specific oil content requirements within this range — for example, for polish formulations requiring a firmer texture — should discuss batch specification requirements with the sales team. **Q8: What is the ASTM colour rating of Slack Wax SPO?** Slack Wax SPO has an ASTM D-1500 colour maximum of 1.5, placing it in the pale to light yellow range on the standardised glass comparator scale. This is a small but visible step darker than Slack Wax LMO (maximum L1.0), reflecting the slightly higher aromatic and naphthenic compound content of the spindle oil distillate fraction. For most industrial applications — particleboard, rubber, polishes, paper coatings — this colour level has no impact on end-product performance. **Q9: What is the flash point of Slack Wax SPO?** The minimum flash point of Slack Wax SPO is 200°C as measured by the Pensky-Martens Closed Cup (PMCC) method per ASTM D-93. This is significantly higher than Slack Wax LMO's 145°C minimum, providing a larger safety margin during heated processing and storage. SPO is classified as a combustible material and standard precautions for heated wax handling apply, including maintaining processing temperatures comfortably below the flash point and ensuring adequate ventilation in melting areas. **Q10: What sulphur content does Slack Wax SPO carry?** Slack Wax SPO has a maximum sulphur content of 0.20%wt as measured by ASTM D-1552. This is lower than Slack Wax LMO's maximum of 0.30%wt and equal to the sulphur limits for MMO and DAO. For rubber and tyre applications where sulphur can influence vulcanisation chemistry, SPO's 0.20% maximum is preferable to LMO and should be confirmed against your formulation's sulphur tolerance with your technical team. **Q11: What are the main industrial uses of Slack Wax SPO?** Slack Wax SPO is used across a wide range of industries. Key applications include: candle manufacturing as a base and blending wax; MDF, particleboard, and plywood waterproofing; shoe, floor, and furniture polish formulations; match head impregnation; laminate and paper moisture-barrier coatings; textile finishing and warp sizing lubrication; rubber processing as a compounding aid; fertiliser anti-caking agent coatings; and wax emulsion and dispersion production. Its broad compatibility makes it one of the most versatile petroleum wax raw materials available. **Q12: How is Slack Wax SPO used in the wood panel industry?** In the MDF (medium-density fibreboard), particleboard, and plywood manufacturing industries, Slack Wax SPO is used as a waterproofing and hydrophobisation agent. During board production, melted SPO is applied to wood fibres or chips before pressing — either by injection into the fibre mat, spray application, or wax emulsion addition — to impart moisture resistance to the finished panel. The wax migrates to the fibre surfaces and creates a hydrophobic barrier that reduces water absorption, improving the board's performance in humid environments. **Q13: Can Slack Wax SPO be used to make polishes?** Yes, Slack Wax SPO is a common raw material in shoe, floor, and furniture polish formulations. Its mid-range oil content (5–20%) and moderate hardness give polishes a balance of spreadability and film-forming properties that harder, more refined waxes cannot always achieve cost-effectively. SPO is typically blended with harder waxes (such as carnauba or fully refined paraffin) and solvents to achieve the desired gloss, rub resistance, and application characteristics for the specific polish type. **Q14: Is Slack Wax SPO suitable for rubber and tyre manufacturing?** Yes, Slack Wax SPO is used as a processing aid and protective wax in rubber compounding and tyre manufacturing. In rubber formulations, it functions as an anti-ozonant by blooming (migrating) to the surface of the cured rubber article, creating a protective wax film against atmospheric ozone attack. SPO's slightly higher melting point compared to LMO means it offers better form stability during rubber mixing while still melting and dispersing effectively during the compounding process. **Q15: What role does Slack Wax SPO play in fertiliser manufacturing?** In fertiliser manufacturing, Slack Wax SPO is used as an anti-caking coating applied to granular fertiliser particles. The wax is melted and sprayed onto the fertiliser granules, forming a thin hydrophobic coating that prevents the particles from absorbing moisture and clumping together during storage and transport. This anti-caking function is critical for maintaining flowability and ease of application in the field. SPO's balanced oil content and melting point make it well-suited for this coating process. **Q16: What is the minimum order quantity for Slack Wax SPO?** Bio Green Wax Ltd supplies Slack Wax SPO in industrial bulk quantities to B2B buyers. Minimum order quantities depend on your destination, preferred logistics format (bulk tanker, flexitanks, drums), and specific grade requirements. Contact our sales team at info@biogreenwax.com or through biogreenwax.com to discuss your volume requirements and receive a tailored quotation. **Q17: What certifications and documentation come with Slack Wax SPO?** Every shipment of Slack Wax SPO from Bio Green Wax Ltd is accompanied by a Certificate of Analysis (CoA) covering all ASTM-tested specification parameters (ASTM D-1500 colour, D-87 melting point, D-938 congealing point, D-721 oil content, D-445 viscosity, D-93 flash point, D-1298 specific gravity, D-1552 sulphur). A Safety Data Sheet (SDS) is also provided. Additional documentation including Certificate of Origin, customs documentation, and specific regulatory compliance certificates can be arranged based on your destination country requirements. **Q18: How should Slack Wax SPO be transported?** Slack Wax SPO is typically transported in solid form in lined jumbo bags, fibre drums, or as bulk loads in heated tankers depending on order volume. For large bulk orders, heated ISO tank containers or heated road tankers maintain the wax in a liquid state for direct unloading into recipient tanks. At ambient temperatures, SPO is solid and stable. It does not require refrigeration and is not classified as a dangerous good for transport purposes under standard conditions, though standard combustible material precautions apply for documentation and labelling. **Q19: Does Slack Wax SPO from Bio Green Wax Ltd come with a quality guarantee?** Bio Green Wax Ltd maintains rigorous quality assurance for all products including Slack Wax SPO. Every batch is tested against the full specification before shipment and accompanied by a Certificate of Analysis confirming compliance. If product does not meet the agreed specification on arrival, we work directly with customers to resolve the issue. For buyers with specific tolerance requirements tighter than our standard specification range, please discuss your requirements with the sales team before placing an order. --- #### Slack Wax MMO (Medium Machine Oil) - **Product Page**: https://biogreenwax.com/products/slack-wax-mmo - **Applications**: Emulsifying wax (E-wax) manufacturing, Creams, lotions, and personal care emulsions, Heavy-duty corrugated board and fibreboard moisture barriers, Industrial adhesive and sealant formulations, Tyre and heavy rubber compounding, Construction waterproofing membranes, Textile finishing and coating agents, Hot-melt coating and lamination, Printing ink base formulations Slack Wax MMO, produced from the medium machine oil distillate fraction during lubricating oil refining, is a petroleum-derived semi-solid hydrocarbon wax classified under CAS No. 64742-61-6. MMO is characterised by a striking golden to dark amber colour on the ASTM D-1500 scale (maximum 4.5), a significant visual step up from the lighter LMO and SPO grades. This deeper colour reflects the higher concentration of polycyclic aromatic hydrocarbons and heavier paraffinic structures present in the medium machine oil distillate cut. MMO is among the newer commercial slack wax grades to achieve formal specification status. Pertamina introduced Slack Wax MMO to its Cilacap product line recognising growing market demand — particularly from the cosmetics industry — for a heavier slack wax that could serve as primary feedstock for emulsifying wax (E-wax) production. Emulsifying wax is a cornerstone ingredient in creams, lotions, and personal care emulsions worldwide. With a melting point of 58–64°C and Bio Green Wax's customised oil content of 5–15%, Slack Wax MMO offers a notably different profile to SPO. Its viscosity of 8.3–9.4 cSt at 100°C — roughly double that of SPO — reflects a meaningfully heavier molecular structure. An interesting fact: MMO's oil content, which can range up to 20% in Bio Green Wax's grade, contributes plasticising and penetrating properties in certain adhesive and emulsion applications that a harder, more crystalline wax cannot replicate, making it preferable to a lower-oil alternative for specific formulations. Applications include emulsifying wax (E-wax) manufacturing as primary feedstock, cosmetics-grade wax blending for creams, lotions, and personal care emulsions, heavy-duty corrugated board and fibreboard moisture-barrier treatment, industrial adhesive and sealant formulations, tyre and heavy rubber compounding, construction waterproofing membranes, textile finishing and coating agents, hot-melt coating and lamination, and printing ink base formulations. **Frequently Asked Questions about Slack Wax MMO (Medium Machine Oil)** (18 Q&As) - FAQ Page: https://biogreenwax.com/products/slack-wax-mmo/faq **Q1: What is Slack Wax MMO?** Slack Wax MMO (Medium Machine Oil) is a petroleum-derived semi-solid wax produced as a byproduct of lubricating oil refining from the medium machine oil distillate fraction. It is classified under CAS No. 64742-61-6 and is characterised by a striking golden to dark amber colour on the ASTM D-1500 scale (maximum 4.5), a melting point of 58–64°C, and an oil content of 5–15% in Bio Green Wax's specification. MMO is primarily valued as the main feedstock for emulsifying wax (E-wax) production used in cosmetics and personal care products, and is also widely used in hot-melt adhesives, rubber, and textile processing. **Q2: What does MMO stand for in Slack Wax MMO?** MMO stands for Medium Machine Oil — the lubricating oil distillate fraction from which this slack wax grade is produced. Medium machine oil is a mid-viscosity lubricating oil used in industrial machinery applications, and the wax fraction crystallised from this distillate during the solvent dewaxing process in refining is designated as Slack Wax MMO. **Q3: Why does Slack Wax MMO have such a distinctive amber colour?** The golden to dark amber colour of Slack Wax MMO (ASTM D-1500 maximum 4.5) reflects its heavier molecular composition compared to lighter grades. The medium machine oil distillate fraction contains a higher concentration of polycyclic aromatic hydrocarbons (PAHs), naphthenic compounds, and longer-chain paraffinic structures than LMO or SPO. These heavier molecular components absorb more visible light in the blue-violet spectrum, producing the characteristic amber-to-orange colour observed. Despite this dark appearance, MMO produces high-value refined products after further processing. **Q4: How does Slack Wax MMO compare to Slack Wax SPO?** Slack Wax MMO is heavier, darker, and more viscous than SPO in all key parameters. MMO has a higher melting point (58–64°C vs 53–58°C), a significantly higher viscosity at 100°C (8.3–9.4 cSt vs 4.7–5.7 cSt for SPO — roughly double), and a much deeper ASTM colour (maximum 4.5 vs maximum 1.5). MMO's oil content in Bio Green Wax's specification (5–15%) is tighter than SPO's (5–20%). The two grades are not interchangeable — MMO is specifically sought for emulsifying wax production and heavy industrial applications where SPO's lighter molecular weight would be insufficient **Q5: Is Slack Wax MMO a new product?** Relative to the other slack wax grades, MMO achieved formal commercial specification status more recently. Pertamina's Cilacap refinery introduced Slack Wax MMO to its product line after LMO, SPO, and DAO were already established, responding to growing demand — particularly from the cosmetics industry — for a heavier slack wax feedstock suitable for emulsifying wax production. Today, all four grades (LMO, SPO, MMO, DAO) are well-established and available through global wax traders including Bio Green Wax Ltd. **Q6: What is the melting point of Slack Wax MMO?** The melting point of Slack Wax MMO is 58–64°C as measured by ASTM D-87. This is higher than both LMO (47–53°C) and SPO (53–58°C), and lower than DAO (69–74°C). The congealing point (ASTM D-938) is identically 58–64°C. In practical terms, this melting point means MMO requires more heat to process than the lighter grades and will maintain a firmer, harder character at elevated ambient temperatures — important for applications such as emulsifying wax formulation and hot-melt adhesive manufacturing. **Q7: What oil content does Slack Wax MMO have in Bio Green Wax's specification?** Bio Green Wax Ltd supplies Slack Wax MMO with an oil content of 5–15% as measured by ASTM D-721. This is the tightest oil content range among the four slack wax grades in Bio Green Wax's product line. The controlled oil content is important for downstream emulsifying wax production, where consistency in the feedstock directly affects the quality and reproducibility of the final E-wax product used in cosmetic formulations. **Q8: Why is the viscosity of Slack Wax MMO significantly higher than SPO?** The viscosity of Slack Wax MMO at 100°C is 8.3–9.4 cSt (ASTM D-445) — approximately double the viscosity of SPO (4.7–5.7 cSt). This reflects the heavier molecular weight distribution of the medium machine oil distillate fraction from which MMO is derived. Longer hydrocarbon chains create greater intermolecular friction, resulting in higher resistance to flow. This higher viscosity has direct implications for handling and processing: MMO requires higher melt temperatures and more powerful pumping equipment compared to lighter grades, and should be factored into process engineering for any large-scale MMO handling facility. **Q9: What is the flash point of Slack Wax MMO?** The minimum flash point of Slack Wax MMO is 220°C as measured by ASTM D-93 (Pensky-Martens Closed Cup method). This is higher than both LMO (145°C min) and SPO (200°C min), reflecting the lower volatility of MMO's heavier molecular composition. The higher flash point provides a larger safety margin during heated processing — however, standard combustible material precautions for heated wax handling remain applicable, and processing temperatures should be maintained well below the flash point. **Q10: What does the specific gravity of Slack Wax MMO tell a buyer?** The specific gravity of Slack Wax MMO at 70°C is 0.785–0.845 (ASTM D-1298). This measurement is used for volume-to-weight conversion in bulk liquid handling, tank capacity planning, and customs valuation based on volume. For buyers receiving MMO in heated bulk tanks, the specific gravity enables accurate conversion between the volume delivered (in litres or cubic metres) and the weight (in metric tons or kilograms) for invoicing and inventory management purposes. **Q11: What is Slack Wax MMO primarily used for?** Slack Wax MMO's most significant commercial application is as the primary feedstock for emulsifying wax (E-wax) production. E-wax is a crucial cosmetic ingredient used as an emulsifier and co-emulsifier in creams, lotions, ointments, and personal care emulsion products. Beyond cosmetics, MMO serves: hot-melt adhesives and sealant manufacturing; rubber and tyre compounding as a processing auxiliary; textile waterproofing and softening agent formulations; heavy-duty industrial and anti-corrosion coatings; fibreboard deep-penetration waterproofing treatments; wax dispersion and emulsion manufacturing; and bitumen and asphalt modification. **Q12: How is Slack Wax MMO used in emulsifying wax production?** Emulsifying wax (E-wax) is produced by reacting slack wax — typically MMO grade — with emulsifying agents such as polysorbates or cetearyl alcohol in a controlled process. The resulting product is a non-ionic emulsifier that allows oil and water phases to form stable, creamy emulsions in cosmetic formulations. Slack Wax MMO is the preferred feedstock for this process because its higher molecular weight and heavier paraffinic structure produce an E-wax with superior emulsion stability compared to lighter slack wax grades. The finished E-wax is then sold to cosmetic manufacturers as a ready-to-use emulsifier ingredient. **Q13: Can Slack Wax MMO be used in adhesive manufacturing?** Yes, Slack Wax MMO is used in hot-melt adhesive and sealant formulations. In hot-melt adhesives, waxes serve as diluents and viscosity modifiers that control open time, set speed, and flexibility of the adhesive bond. MMO's higher molecular weight contributes to better cohesive strength and temperature resistance in the finished adhesive compared to lighter waxes. It is used in packaging adhesives, bookbinding, product assembly, and industrial sealant applications where performance at elevated temperatures is required. **Q14: What role does Slack Wax MMO play in rubber and tyre manufacturing?** In rubber and tyre manufacturing, Slack Wax MMO functions as an anti-ozonant processing aid. Wax is compounded into the rubber formulation and during vulcanisation and service, it blooms to the surface of the rubber article forming a thin protective wax film. This film shields the rubber polymer chains from ozone attack, which would otherwise cause surface cracking (ozone cracking) — a significant durability concern in tyres and other rubber goods exposed to outdoor environments. MMO's higher molecular weight compared to LMO and SPO produces a more durable surface film. **Q15: Is Slack Wax MMO suitable for anti-corrosion applications?** Yes, Slack Wax MMO is used in heavy-duty anti-corrosion wax formulations applied to metal surfaces, pipelines, and structural components to prevent rust and corrosion. The wax is applied as a hot melt or as a solvent-based formulation to create a moisture and oxygen barrier on the metal surface. MMO's higher melting point (58–64°C) and heavier molecular weight result in a more durable, less easily displaced protective wax film compared to lighter grades — important for long-term protection of industrial assets in harsh environments. **Q16: How can I buy Slack Wax MMO from Bio Green Wax Ltd?** You can request a quote for Slack Wax MMO by visiting biogreenwax.com and submitting a product enquiry, or by contacting us directly at info@biogreenwax.com or +44 20 7101 3847. Please include your destination country, estimated monthly volume, preferred Incoterm (FOB, CIF, or DDP), and any specific technical requirements. Our sales team will respond with pricing, lead times, and available documentation. **Q17: What packaging options are available for Slack Wax MMO?** Slack Wax MMO is available in multiple packaging formats depending on order volume and logistics requirements. Options typically include: bulk liquid in heated ISO tank containers or heated road tankers; 180–200kg fibre or steel drums; and 500–1,000kg jumbo bags (for solid wax). For large-volume buyers, bulk liquid delivery into customer tanks is the most cost-effective option. Please contact our sales team to confirm available packaging formats for your specific destination and volume. **Q18: What is the lead time for Slack Wax MMO orders?** Lead times for Slack Wax MMO depend on order volume, origin refinery availability, and your destination. Standard lead times from order confirmation to shipment are typically discussed at the time of quotation and vary by season and supply conditions. Bio Green Wax Ltd works with established refinery sources and maintains supply chain relationships to ensure reliable delivery schedules. Contact us with your volume and timing requirements for a specific lead time estimate. --- #### Slack Wax DAO (Deasphalting Oil) - **Product Page**: https://biogreenwax.com/products/slack-wax-dao - **Applications**: Microcrystalline wax production (primary feedstock), Heavy rubber compounding and tyre manufacturing, Construction waterproofing membranes and dampproofing, Pipeline coating and anti-corrosion wax formulations, Bitumen modification and road asphalt applications, Heavy-duty corrugated board moisture barriers, Electrical cable insulation and jacketing compounds, Industrial adhesives and sealants Slack Wax DAO, derived from the deasphalting oil fraction of lubricating oil refining, is the heaviest and most complex grade within the petroleum slack wax family, classified under CAS No. 64742-61-6. The deasphalting process involves the removal of asphaltenic compounds from heavy residual oil using light hydrocarbon solvents such as propane or butane, yielding a high-molecular-weight oil stream — and the wax crystallised from this stream constitutes Slack Wax DAO. Its dark amber to light brown colour on the ASTM D-1500 scale (maximum 5.0) reflects the presence of higher molecular weight aromatic and naphthenic compounds. Solvent deasphalting as an industrial process was pioneered in the 1930s and 1940s to recover quality base oil components from vacuum residue, with the DAO wax fraction initially treated as a processing byproduct. By the latter half of the 20th century, refiners recognised the commercial value of this heavy wax stream and began marketing it alongside LMO, SPO, and MMO. DAO remains the most specialised of the four grades, with demanding applications that leverage its exceptional hardness and high melting point. With a melting point of 69–74°C and Bio Green Wax's customised oil content range of 5–20% — the most controlled specification of all four grades — Slack Wax DAO offers the highest structural integrity in the family. Its viscosity of 18.5–22.5 cSt at 100°C is approximately 5x that of LMO, with significant implications for pumping, heating requirements, and downstream processing. An interesting fact: Slack Wax DAO is one of the primary feedstocks for microcrystalline wax — a high-value refined product used in pharmaceuticals, food coatings, cosmetics, and precision applications — making it a strategically important upstream raw material despite its dark appearance. Industrial applications include microcrystalline wax production as primary feedstock, heavy rubber and tyre compounding, construction waterproofing membranes, pipeline and anti-corrosion wax coatings, bitumen and road asphalt modification, heavy-duty board moisture barriers, and electrical cable insulation compounds. **Frequently Asked Questions about Slack Wax DAO (Deasphalting Oil)** (19 Q&As) - FAQ Page: https://biogreenwax.com/products/slack-wax-dao/faq **Q1: What is Slack Wax DAO?** Slack Wax DAO (Deasphalting Oil) is the heaviest and most complex grade within the commercial slack wax family, produced from the deasphalting oil fraction of lubricating oil refining. It is classified under CAS No. 64742-61-6 and characterised by a dark amber to light brown colour (ASTM D-1500 maximum 5.0), a melting point of 69–74°C, a high viscosity of 18.5–22.5 cSt at 100°C, and an oil content of 5–20% in Bio Green Wax's customised specification. DAO is primarily sought as feedstock for microcrystalline wax production and for demanding industrial applications in rubber, construction, and anti-corrosion. **Q2: What does DAO stand for in Slack Wax DAO?** DAO stands for Deasphalting Oil — the specific process stream from which this slack wax grade originates. In lubricating oil refining, the deasphalting process uses light hydrocarbon solvents (typically propane or butane) to extract a high-quality, asphaltene-free oil fraction from heavy vacuum residue. This deasphalted oil is then subject to further processing including solvent dewaxing, from which the heavy wax fraction — Slack Wax DAO — is separated. **Q3: How is Slack Wax DAO produced?** Slack Wax DAO originates from one of the most complex processes in lubricating oil refining. First, vacuum residue (the heaviest fraction from atmospheric crude oil distillation) undergoes propane or butane deasphalting, which removes asphaltenic compounds and produces a cleaner, heavy oil stream called deasphalted oil (DAO). This DAO stream is then processed through solvent dewaxing — chilling in the presence of a solvent to crystallise the wax fraction — and the separated wax is Slack Wax DAO. Its heavy molecular weight, high viscosity, and dark colour are direct consequences of originating from the heaviest feedstock in the refinery. **Q4: Why does Slack Wax DAO look so dark if it is used to make lighter products?** The dark amber to light brown colour of Slack Wax DAO (ASTM maximum 5.0) is due to the heavy molecular weight aromatic and naphthenic compounds present in the deasphalting oil distillate. However, these colour-imparting components are removed during the further refining steps (hydrofinishing and deoiling) that convert DAO into microcrystalline wax. The finished microcrystalline wax produced from DAO is a light-coloured, fine-crystalline product meeting pharmaceutical and cosmetic purity standards — demonstrating that raw material colour at the slack wax stage does not determine the quality of the refined end product. **Q5: What makes Slack Wax DAO different from the other slack wax grades?** Slack Wax DAO is distinguished from LMO, SPO, and MMO in several ways: it has the highest melting point (69–74°C vs 47–53°C for LMO); the highest viscosity at 100°C (18.5–22.5 cSt — approximately five times that of LMO); the darkest colour (ASTM ≤5.0 vs ≤L1.0 for LMO); and the heaviest molecular weight. Its oil content in Bio Green Wax's specification (5–20%) overlaps with SPO's range but its other properties are in a class of their own. DAO's extreme properties make it suitable for the most demanding industrial applications and for the production of premium refined wax products. **Q6: What is the melting point of Slack Wax DAO?** The melting point of Slack Wax DAO is 69–74°C as measured by ASTM D-87 — the highest of all four slack wax grades. The congealing point (ASTM D-938) is identically 69–74°C. This high melting point reflects DAO's long-chain, high-molecular-weight hydrocarbon composition. In practical terms, it means DAO requires significantly more heat to process than lighter grades — heated storage tanks, insulated pipework, and higher-powered heating systems are typically required in industrial DAO handling facilities. **Q7: What is the oil content of Slack Wax DAO from Bio Green Wax Ltd?** Bio Green Wax Ltd supplies Slack Wax DAO with an oil content range of 5–20% as measured by ASTM D-721. This range reflects actual supplied product characteristics. For buyers using DAO as feedstock for microcrystalline wax production, the oil content of the incoming slack wax affects the deoiling process efficiency and the yield of finished microcrystalline wax — buyers with specific oil content requirements within the 5–20% range should discuss batch specifications with the sales team. **Q8: Why is the viscosity of Slack Wax DAO so much higher than other grades?** The kinematic viscosity of Slack Wax DAO at 100°C is 18.5–22.5 cSt (ASTM D-445) — approximately 5× that of LMO (3.1–4.2 cSt) and roughly double that of MMO (8.3–9.4 cSt). This extreme viscosity is a direct consequence of DAO's origin from the heaviest refinery distillate fraction. The very long hydrocarbon chains and complex molecular architecture of DAO create far greater intermolecular friction and resistance to flow than lighter grades. For buyers, this has significant implications for handling infrastructure: DAO requires substantially higher operating temperatures for pumping, larger pump capacities, and well-insulated heated piping and tank systems. **Q9: What is the flash point of Slack Wax DAO and what are the handling implications?** The minimum flash point of Slack Wax DAO is 240°C as measured by ASTM D-93 (Pensky-Martens Closed Cup). This is the highest flash point of all four slack wax grades (LMO 145°C, SPO 200°C, MMO 220°C, DAO 240°C), reflecting the low volatility of DAO's heavy molecular components. The high flash point provides a generous safety margin during heated processing. While DAO is classified as a combustible material, its high flash point makes it one of the safer grades to handle from an ignition risk perspective, provided standard heated wax precautions are maintained. **Q10: What is the specific gravity of Slack Wax DAO?** The specific gravity of Slack Wax DAO at 70°C is 0.825–0.875 (ASTM D-1298) — the highest of all four slack wax grades (LMO: 0.770–0.830, SPO: 0.795–0.850, MMO: 0.785–0.845). This higher density reflects DAO's heavier molecular weight and more compact molecular packing. For buyers handling bulk liquid DAO, the specific gravity is essential for accurate volume-to-weight conversion when calculating tank fills, transport costs, and invoicing from liquid volume measurements. **Q11: What is Slack Wax DAO primarily used for?** Slack Wax DAO's most strategically important application is as primary feedstock for microcrystalline wax production — a high-value, fine-crystalline refined wax used in pharmaceuticals (tablet coatings, ointment bases), food coatings, cosmetics, and precision adhesive applications. Beyond microcrystalline wax production, DAO is used in: heavy rubber compounding and tyre manufacturing; construction waterproofing membranes and dampproofing compounds; pipeline coating and anti-corrosion wax formulations; bitumen and road asphalt modification; heavy-duty corrugated board moisture barriers; electrical cable insulation and jacketing compounds; and industrial adhesives and sealants. **Q12: How is Slack Wax DAO converted into microcrystalline wax?** Converting Slack Wax DAO into microcrystalline wax involves two main processing stages. First, deoiling removes the residual oil content from the slack wax through further solvent dewaxing and filtration, reducing oil content to typically below 0.5–3% depending on the target microcrystalline specification. Second, hydrofinishing (catalytic hydrogen treatment) removes the aromatic and naphthenic colour bodies responsible for DAO's dark amber colour, producing a light-coloured, fine-crystalline finished product. The resulting microcrystalline wax has a much finer crystal structure than paraffin wax, giving it superior adhesion, flexibility, and moisture barrier properties. **Q13: How is Slack Wax DAO used in construction and waterproofing?** In construction applications, Slack Wax DAO is used in waterproofing membrane formulations and dampproofing compounds applied to foundations, below-grade structures, and roofing systems. Its high melting point (69–74°C) and heavy molecular weight provide excellent thermal stability and durability in membrane applications that may be exposed to elevated temperatures — such as flat roof waterproofing systems subject to summer solar heating. DAO is typically blended with bitumen, polymers, and other modifiers to achieve the desired membrane flexibility and adhesion properties. **Q14: What is the role of Slack Wax DAO in anti-corrosion applications?** Slack Wax DAO is used as a base component in heavy-duty anti-corrosion wax formulations applied to steel pipelines, offshore structures, bridge components, and industrial equipment. Its high melting point ensures the wax film remains intact at elevated service temperatures. The heavy wax is applied either as a hot melt, as a wax-solvent blend, or as a petrolatum-type compound, forming a thick, durable moisture and oxygen barrier that prevents rust and corrosion on metal surfaces. DAO-based anti-corrosion compounds are particularly valued in aggressive environments such as coastal, marine, and industrial chemical exposure. **Q15: Is Slack Wax DAO used in bitumen modification?** Yes, Slack Wax DAO is used as a bitumen modifier and extender in road asphalt and roofing bitumen applications. Adding heavy wax to bitumen can modify its rheological properties — affecting stiffness, viscosity, and temperature susceptibility — to improve road performance at extreme temperatures. Wax-modified bitumens can show improved rutting resistance at high temperatures and better low-temperature cracking resistance, depending on the specific formulation. DAO's high melting point and heavy molecular weight make it suitable for bitumen modification where a thermally stable modifier is required. **Q16: How can I source Slack Wax DAO from Bio Green Wax Ltd?** To source Slack Wax DAO from Bio Green Wax Ltd, please submit a product enquiry via biogreenwax.com or contact us at info@biogreenwax.com or +44 20 7101 3847. Please provide your destination country, required monthly volume, preferred Incoterm (FOB, CIF, or DDP), and any specific technical requirements such as oil content range or additional documentation. Our sales team will provide a quotation with pricing, lead time, and available documentation details. **Q17: What special handling requirements should buyers be aware of for Slack Wax DAO?** Slack Wax DAO's high melting point (69–74°C) and very high viscosity (18.5–22.5 cSt at 100°C) mean it requires heated infrastructure for liquid handling. Buyers receiving DAO in bulk liquid form need: heated storage tanks capable of maintaining temperature above 74°C; heated and insulated pipework to prevent solidification during transfer; and appropriately rated pumps for high-viscosity fluids. For solid-form deliveries (drums or bags), a heated melting tank is required before processing. These infrastructure requirements should be assessed before placing a first order. **Q18: What documentation is provided with Slack Wax DAO shipments?** Bio Green Wax Ltd provides full documentation with every Slack Wax DAO shipment, including: Certificate of Analysis (CoA) covering ASTM D-1500 colour, D-87 melting point, D-938 congealing point, D-721 oil content, D-445 viscosity, D-93 flash point, D-1298 specific gravity, and D-1552 sulphur content; Safety Data Sheet (SDS/MSDS); commercial invoice; packing list; and bill of lading. Certificate of Origin, customs documentation, and any destination-specific regulatory compliance certificates can be arranged on request. **Q19: Can Bio Green Wax Ltd supply Slack Wax DAO on a regular contract basis?** Yes, Bio Green Wax Ltd welcomes long-term supply arrangements for Slack Wax DAO. Contract supply provides buyers with price stability, guaranteed volume allocation, and priority order fulfilment — particularly valuable for processors and manufacturers requiring consistent monthly volumes for continuous production processes such as microcrystalline wax manufacturing or heavy rubber compounding. Contact our sales team at info@biogreenwax.com to discuss contract terms, pricing structures, and supply schedules that match your production requirements. --- ## Industries We Serve (10 sectors) Bio Green Wax supplies products to 10 major industries. Each sector page details the specific products suitable for that industry. ### Candle Making - **Sector Page**: https://biogreenwax.com/sectors/candle-making Bio Green Wax is a leading supplier of premium waxes for the candle manufacturing industry, offering one of the most comprehensive ranges available globally. Whether you produce container candles, pillars, tapers, votives, or specialty wax melts, we have the right wax solution for your needs. Our extensive candle wax portfolio includes natural and plant-based options such as Soy Wax, Palm Wax, Rapeseed Wax, Coconut Wax, Beeswax, and our popular Coconut-Rapeseed Wax Blend. For traditional and high-performance applications, we supply Fully Refined Paraffin Wax (50-68°C), Semi Refined Paraffin Wax, and Microcrystalline Wax. Our ready-to-use blended waxes — including Palm-Paraffin blends for jar and pillar candles, Soy-Based Vegan Wax Blend, and Soy-Beeswax-Paraffin Wax Blend — are formulated to melt and pour directly with no additives required, saving you time and ensuring consistent results. Each wax is carefully selected and tested for optimal melt pool formation, superior scent throw, clean burning, and smooth finish. We work closely with candle makers of all sizes, from artisan studios to large-scale manufacturers, providing technical guidance on wick selection, fragrance loading, and pour temperatures to help you achieve the perfect candle every time. All our candle waxes are available in bulk quantities with flexible packaging options. We maintain rigorous quality control with full traceability, certificates of analysis, and safety data sheets for every shipment. Our global supply chain ensures competitive pricing and reliable delivery schedules to keep your production running smoothly. Partner with Bio Green Wax for consistent quality, expert technical support, and a wax range that covers every candle type and market segment. ### Pharmaceuticals - **Sector Page**: https://biogreenwax.com/sectors/pharmaceuticals Bio Green Wax supplies pharmaceutical-grade waxes, oils, and excipients that meet the rigorous purity and compliance standards required by the pharmaceutical and nutraceutical industries. Our products are essential components in ointments, creams, suppositories, tablet coatings, capsule formulations, and controlled-release drug delivery systems. Our pharma-grade portfolio includes Beeswax (conforming to BP/Ph.Eur pharmacopoeia standards), Carnauba Wax, Microcrystalline Wax, Fully Refined Paraffin Wax, Castor Oil, Hydrogenated Castor Oil (Castor Wax), Glycerine, Coconut Oil, and Olive Oil. Each product is manufactured under strict GMP conditions and supplied with comprehensive documentation including certificates of analysis, pharmacopoeia compliance reports, and stability data. Beeswax and Carnauba Wax serve as excellent stiffening agents and emulsifiers in topical preparations. Microcrystalline Wax provides superior binding and moisture barrier properties for tablet coatings. Castor Oil is widely used in pharmaceutical formulations for its excellent solubilising properties, while Glycerine serves as a critical humectant, solvent, and sweetening agent in oral liquid preparations. Our pharmaceutical customers benefit from batch-to-batch consistency, full traceability from source to delivery, and regulatory documentation to support your compliance with FDA, MHRA, EMA, and other global pharmaceutical regulatory frameworks. We maintain dedicated storage and handling procedures to prevent cross-contamination and ensure product integrity. Whether you are developing new formulations or seeking a reliable supply partner for established pharmaceutical products, Bio Green Wax provides the quality assurance, technical expertise, and supply reliability that the pharmaceutical industry demands. Contact our team to discuss your specific pharmacopoeia and regulatory requirements. ### Rubber & Plastics - **Sector Page**: https://biogreenwax.com/sectors/rubber-plastics Bio Green Wax supplies a comprehensive range of industrial waxes optimised for the rubber compounding and plastics processing industries. Our products serve as essential processing aids, lubricants, release agents, and performance additives that improve manufacturing efficiency and end-product quality. Our rubber and plastics portfolio includes Fully Refined Paraffin Wax, Semi Refined Paraffin Wax, Microcrystalline Wax, Polyethylene Wax (PE Wax), Fischer-Tropsch (FT) Wax, Palm Stearic Acid, and PFAD. Each product is selected for its specific functional properties in demanding industrial applications. In rubber manufacturing, paraffin and microcrystalline waxes provide critical antiozonant protection, preventing surface cracking and degradation in tyres and rubber goods. Stearic Acid acts as an essential activator and processing aid in rubber vulcanisation. PE Wax and FT Wax serve as effective external lubricants and dispersing agents for carbon black and filler incorporation. For plastics processing, our waxes function as internal and external lubricants in PVC extrusion, injection moulding, and calendering operations. PE Wax improves melt flow, reduces die build-up, and enhances surface finish. FT Wax provides excellent colour dispersion in masterbatch production. Microcrystalline Wax improves impact resistance and flexibility in plastic compounds. All our industrial waxes meet stringent quality specifications with consistent melting points, congealing points, oil content, and penetration values. We supply in bulk, bags, cartons, and drums with full technical documentation. Our experienced team understands the critical nature of wax performance in rubber and plastics manufacturing and can recommend the optimal grades for your specific processing conditions and end-product requirements. ### Polishes & Coatings - **Sector Page**: https://biogreenwax.com/sectors/polishes-coatings Bio Green Wax supplies premium waxes that form the foundation of high-quality polishes, surface coatings, and protective finishes across automotive, furniture, floor care, leather, and industrial applications. Our waxes deliver exceptional gloss, hardness, buffability, and long-lasting protection. Our polishes and coatings portfolio includes Carnauba Wax, Beeswax, Microcrystalline Wax, Fully Refined Paraffin Wax, Polyethylene Wax (PE Wax), and Fischer-Tropsch (FT) Wax. These products are available in various grades, particle sizes, and emulsion forms to suit diverse polish and coating formulations. Carnauba Wax — known as the "queen of waxes" — is the cornerstone of premium polishes, providing unmatched hardness, brilliant gloss, and excellent durability. It is essential in automotive polishes, floor waxes, shoe polishes, and furniture care products. Beeswax adds depth, workability, and a warm natural finish, making it ideal for wood care, leather conditioning, and heritage restoration products. Microcrystalline Wax provides superior adhesion, flexibility, and water resistance in protective coatings for metal, wood, and stone surfaces. PE Wax and FT Wax serve as abrasion-resistant additives in industrial coatings, providing scratch protection and controlled matting effects. We also supply wax emulsions and dispersions for water-based polish formulations, enabling easy application and environmental compliance without compromising performance. Our emulsions offer excellent stability, consistent particle size distribution, and compatibility with a wide range of polish and coating systems. All products meet stringent quality specifications and are supplied with full technical documentation. Bio Green Wax's experienced team can advise on wax selection, blending ratios, and emulsion preparation to help you develop superior polish and coating products for your target market. ### Cosmetics - **Sector Page**: https://biogreenwax.com/sectors/cosmetics Bio Green Wax supplies an extensive range of premium natural vegetable waxes and oils specifically selected for the cosmetics and personal care industry. Our ingredients serve as essential emollients, thickeners, stabilisers, and texture enhancers across a wide spectrum of formulations including lipsticks, balms, creams, lotions, mascaras, foundations, and hair care products. Our cosmetics-grade portfolio includes Sunflower Wax, Rapeseed Wax, Palm Wax, Beeswax, Carnauba Wax, Castor Oil, Hydrogenated Castor Oil (Castor Wax), Coconut Oil, Olive Oil, Soy Wax, and Glycerine. Each product is sourced from trusted refineries and meets the stringent purity and safety requirements demanded by cosmetic formulators worldwide. These natural waxes and oils provide exceptional skin feel, moisture retention, and product stability. Carnauba Wax delivers high-gloss finishes for lipsticks and mascaras. Beeswax provides excellent emulsifying properties for creams and balms. Glycerine acts as a powerful humectant, drawing moisture to the skin. Castor Oil and its hydrogenated form offer superior lubricity and binding properties essential for colour cosmetics. We understand that cosmetics manufacturers require absolute consistency batch after batch. Our quality assurance programme includes detailed certificates of analysis, microbiological testing, heavy metals screening, and full regulatory documentation to support your compliance with EU Cosmetics Regulation, FDA requirements, and other international standards. Whether you are a niche artisan brand or a global cosmetics manufacturer, Bio Green Wax provides reliable supply, competitive pricing, and the technical expertise to help you select the ideal ingredients for your formulations. Contact us to discuss your specific requirements and request samples. ### Food & Beverage - **Sector Page**: https://biogreenwax.com/sectors/food Bio Green Wax is a trusted supplier of fully refined edible oils, fats, and specialty ingredients for the food and beverage manufacturing industry. Our products are sourced from certified refineries and meet the highest international food safety standards, ensuring consistent quality for your production needs. Our food-grade portfolio includes Palm Oil, Palm Olein, Palm Stearin, Palm Kernel Oil, Palm Kernel Olein, Palm Kernel Stearin, Soya Bean Oil, Sunflower Oil, Rapeseed Oil, Coconut Oil, Olive Oil, and Cocoa Butter Substitute (CBS). We also supply Palm Shortenings in both low and high melting points, Palm Stearic Acid, Glycerine, and PFAD for downstream food processing applications. These products serve diverse applications across baking, confectionery, frying, margarine and spreads production, non-dairy creamers, ice cream manufacturing, chocolate coatings, and general food processing. Our Palm Shortenings are specifically formulated for bakery applications where consistent texture, creaming properties, and extended shelf life are essential. Cocoa Butter Substitute provides cost-effective solutions for compound chocolate and confectionery coatings. All our edible oils and fats are supplied with full traceability, certificates of analysis, and compliance documentation including HACCP, ISO 22000, and Halal/Kosher certifications where applicable. We work with RSPO-certified supply chains to support sustainable sourcing requirements. Bio Green Wax offers flexible packaging from bulk tanker loads to IBCs and drums, with competitive pricing and reliable global logistics. Our technical team can assist with product selection, blending recommendations, and specification matching to ensure our ingredients perform optimally in your specific food manufacturing processes. ### Textiles & Leather - **Sector Page**: https://biogreenwax.com/sectors/textiles Bio Green Wax provides high-performance waxes and specialty coatings for the textile manufacturing and leather processing industries. Our products enhance fabric performance, improve leather quality, and optimise manufacturing processes across spinning, weaving, finishing, and leather treatment operations. Our textile and leather product range includes Carnauba Wax, Beeswax, Rapeseed Wax, Palm Wax, Sunflower Wax, Soy Wax, Fully Refined Paraffin Wax, Semi Refined Paraffin Wax, Microcrystalline Wax, Palm Stearic Acid, and Polyethylene Wax (PE Wax). These products are available in various forms including flakes, pastilles, slabs, and emulsions to suit different application methods. In textile manufacturing, our waxes serve as essential lubricants for yarn spinning and weaving, reducing friction and breakage while improving sewability and processing speed. For fabric finishing, our products provide water repellency, softness, and anti-static properties. Palm Stearic Acid is widely used in textile softener formulations, while PE Wax enhances surface smoothness and abrasion resistance. For leather processing, our natural waxes — particularly Carnauba, Beeswax, and Microcrystalline Wax — deliver superior waterproofing, conditioning, and polishing properties. They restore suppleness, enhance colour depth, and provide long-lasting surface protection for finished leather goods including footwear, handbags, and upholstery. All products are supplied with technical data sheets and certificates of analysis. Our team can provide guidance on wax selection, emulsion preparation, and application techniques to help you achieve optimal results in your specific textile or leather manufacturing processes. ### Packaging - **Sector Page**: https://biogreenwax.com/sectors/packaging Bio Green Wax supplies specialised waxes for the packaging industry, providing essential moisture barriers, grease resistance, release properties, and protective coatings for paper, board, and flexible packaging applications. Our packaging-grade product range includes Fully Refined Paraffin Wax, Semi Refined Paraffin Wax, Microcrystalline Wax, Polyethylene Wax (PE Wax), Fischer-Tropsch (FT) Wax, Carnauba Wax, and Beeswax. These products are available in various grades specifically formulated for different packaging coating and lamination processes. In corrugated and folding carton applications, our paraffin waxes provide effective waterproofing and moisture vapour barriers, extending the shelf life of perishable goods. Microcrystalline Wax enhances flexibility and adhesion in wax-coated papers and boards. PE Wax and FT Wax serve as slip agents, anti-block additives, and processing aids in flexible packaging film production. For food-contact packaging, we supply waxes that comply with FDA 21 CFR, EU Regulation 10/2011, and other food-contact material regulations. Carnauba Wax and Beeswax offer natural, sustainable coating solutions for premium food packaging where consumers value clean-label credentials. Our waxes also serve the release paper and label industry, providing consistent and controlled release properties for silicone-coated papers, pressure-sensitive adhesive labels, and industrial release liners. All products are supplied with full technical specifications, certificates of analysis, and regulatory compliance documentation. We offer bulk and packaged delivery options with reliable logistics to match your production schedules. Our technical team can assist with wax selection, application method guidance, and custom blending to meet your specific packaging performance requirements. ### Adhesives - **Sector Page**: https://biogreenwax.com/sectors/adhesives Bio Green Wax provides high-performance wax additives for the adhesives, coatings, inks, and sealants industries. Our waxes enhance product performance by improving scratch resistance, moisture barrier properties, surface slip, anti-blocking characteristics, and release functionality. Our adhesives and coatings portfolio includes Fully Refined Paraffin Wax, Microcrystalline Wax, Polyethylene Wax (PE Wax), Fischer-Tropsch (FT) Wax, Carnauba Wax, Beeswax, and specialty wax emulsions. Each product is selected for its specific contribution to adhesive and coating formulation performance. In hot-melt adhesive production, Microcrystalline Wax and Paraffin Wax control open time, set speed, and flexibility. PE Wax and FT Wax act as viscosity modifiers and crystallisation nucleators, improving application properties and bond strength. These waxes are essential components in packaging hot-melts, bookbinding adhesives, product assembly adhesives, and pressure-sensitive formulations. For coating and ink applications, Carnauba Wax provides exceptional mar and scratch resistance in overprint varnishes and protective coatings. PE Wax dispersions improve anti-scuff properties in water-based and solvent-based coatings. FT Wax enhances rub resistance and slip properties in printing inks for packaging applications. Our wax emulsions are available in both anionic and non-ionic forms for easy incorporation into water-based adhesive and coating systems. They provide anti-blocking properties, coefficient of friction reduction, and moisture resistance in paper, board, and film coating applications. All products are supplied with detailed technical data sheets and certificates of analysis. Our team offers formulation guidance and sample quantities to support your product development process, helping you optimise wax selection for your specific adhesive or coating application. ### Paper & Printing - **Sector Page**: https://biogreenwax.com/sectors/paper-printing Bio Green Wax supplies specialised waxes for the paper manufacturing, converting, and printing industries, providing essential coatings, impregnation treatments, and ink additives that enhance paper performance and print quality. Our paper and printing product range includes Fully Refined Paraffin Wax, Semi Refined Paraffin Wax, Microcrystalline Wax, Polyethylene Wax (PE Wax), Fischer-Tropsch (FT) Wax, Carnauba Wax, and Beeswax. Each product is available in grades specifically suited to paper coating, impregnation, and printing ink applications. In paper coating and converting, paraffin waxes provide effective moisture barriers and water resistance for packaging papers, cup stock, and waxed papers. Microcrystalline Wax enhances flexibility and coating adhesion, preventing cracking during folding and creasing operations. These wax coatings are widely used in food wrapping papers, bakery papers, and industrial packaging. For printing applications, PE Wax and FT Wax are essential additives in printing inks and overprint varnishes, providing rub resistance, anti-scuff properties, and improved ink transfer. Carnauba Wax delivers high gloss and superior scratch resistance in premium packaging and label printing. Our waxes are compatible with offset, flexographic, gravure, and digital printing ink systems. We also supply waxes for specialty paper applications including release papers, carbon papers, wax-coated corrugated boards, and impregnated wrapping papers. Our products ensure consistent coating weight, uniform coverage, and reliable performance across high-speed paper coating and printing lines. All products are delivered with comprehensive technical specifications and certificates of analysis. Our team provides technical support on wax selection, application methods, and coating formulations to help you optimise your paper manufacturing and printing processes for quality and efficiency. ## Certifications & Quality Assurance Bio Green Wax maintains rigorous quality standards. Our certifications include: ### ISO 9001 Our quality management system is certified to ISO 9001:2015 standards, ensuring consistent quality in all our products and services. ### RSPO We are committed to sourcing sustainable palm oil and are certified members of the Roundtable on Sustainable Palm Oil. ### Organic Select products are certified organic, meeting strict standards for natural and sustainable production. ### ISO 22000 Food safety management system certified to ISO 22000:2018 standards, ensuring the highest levels of food safety throughout our supply chain. ### HACCP Hazard Analysis and Critical Control Points (HACCP) certification ensures effective control of food safety through systematic prevention of biological, chemical, and physical hazards. ### ISO 14001 Environmental management system certified to ISO 14001:2015 standards, demonstrating our commitment to reducing environmental impact and promoting sustainable practices. ### Halal Halal certification ensures our products are permissible under Islamic law, meeting strict requirements for ingredients, processing, and handling throughout the production chain. ### Kosher Kosher certification verifies that our products comply with Jewish dietary laws, covering ingredient sourcing, production processes, and equipment standards. ### FSSC 22000 FSSC 22000 certification provides a complete food safety management system scheme aligned with ISO standards, ensuring comprehensive food safety controls. ### SNI (Indonesian National Standard) Indonesian National Standard (SNI) certification ensures products meet the national quality and safety standards established by the National Standardization Body (BSN) of Indonesia. ### US FDA Registered Our supply chain facilities are registered with the United States Food and Drug Administration (FDA), ensuring compliance with US food safety and import regulations. ### SMK3 (Occupational Safety) Occupational Safety and Health Management System (SMK3) certification ensures comprehensive workplace safety controls and risk management in all production facilities. ## Recent News & Articles ### Petroleum Waxes – Paraffin, Semi-Refined & Slack Wax - **URL**: https://biogreenwax.com/news/petroleum-waxes-paraffin-semi-refined-slack-wax - **Published**: 2026-04-30 Types of Petroleum Waxes based on oil content and its features ### Bio Green Wax Ltd Featured on Grokipedia - **URL**: https://biogreenwax.com/news/bio-green-wax-ltd-featured-on-grokipedia - **Published**: 2026-04-18 Bio Green Wax Ltd is proud to announce that our company profile is now live on Grokipedia — the comprehensive knowledge base powered by Grok. This dedicated page provides a detailed overview of our company, covering our founding, sustainable focus, and commitment to delivering premium edible oils, oleochemicals, and industrial waxes worldwide. - **Grokipedia Profile**: https://grokipedia.com/page/Bio_Green_Wax_Ltd ### Bio Green Wax Ltd Expands RSPO-Certified Palm Oil Supply Chain Across Global Markets - **URL**: https://biogreenwax.com/news/bio-green-wax-expands-rspo-certified-palm-oil-supply-chain - **Published**: 2026-03-19 Bio Green Wax Ltd has announced a major expansion of its global supply chain, now operating across four continents with RSPO-certified supply under both Segregated and Mass Balance models. ### Bio Green Wax Ltd Launches Operations in India - **URL**: https://biogreenwax.com/news/bio-green-wax-ltd-launches-operations-in-india - **Published**: 2026-03-12 Bio Green Wax Ltd has officially entered the Indian market, leveraging the established presence and expertise of Bio Greenware Ltd to deliver a comprehensive range of industrial wax products across key sectors. ### Bio Greenware Ltd Expands Premium Wax Supply Chain in India - **URL**: https://biogreenwax.com/news/bio-greenware-ltd-expands-premium-wax-supply-chain-in-india - **Published**: 2026-03-06 Bio Greenware Ltd is strengthening its presence in India through its Bangalore office as demand for high-quality wax products continues to grow across manufacturing and consumer industries. ## Common FAQ - **URL**: https://biogreenwax.com/faq The Common FAQ page aggregates the most frequently asked questions across all products and sectors into a single, easy-to-navigate page. It features an accordion-style interface where users can expand and collapse individual questions. The page includes FAQPage JSON-LD structured data for enhanced search engine visibility and rich results. Available in 16 supported languages. ## Language Support This site is published in: English, Chinese, Spanish, French, Arabic, Portuguese, Russian, German, Japanese, Swahili, Turkish, Vietnamese, Korean, Thai, Italian, Polish. To access any page in a specific language, prefix the URL with the language code, e.g. https://biogreenwax.com/zh/products. ## Technical Information - Sitemap: https://biogreenwax.com/sitemap.xml - Robots.txt: https://biogreenwax.com/robots.txt - LLMs.txt: https://biogreenwax.com/llms.txt - Technology: Next.js (Server-Side Rendered), PostgreSQL, Docker - All pages are server-side rendered for optimal SEO and crawlability - Schema.org structured data (Organization, LocalBusiness, Product, FAQPage, Article, BreadcrumbList) embedded in all pages ## Summary Statistics - Total Products: 66 - Total FAQs: 870 - Industries Served: 10 - Certifications: 12 - Languages Supported: 16 - News Articles: 5 - External Profiles: 4