Beeswax

    • Product Name: Beeswax
    • Alias: wax
    • Einecs: 232-383-7
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: admin@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    559216

    Color yellow to brown
    Origin produced by honeybees
    Solubility insoluble in water
    Composition esters, acids, hydrocarbons
    Uses cosmetics, candles, food coating
    Texture solid, pliable
    Odor honey-like scent
    Flammability flammable

    As an accredited Beeswax factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Beeswax is packaged in a 500g resealable plastic pouch, labeled with product name, purity, safety instructions, and batch number.
    Shipping Beeswax is not classified as a hazardous material for shipping. It should be packed in clean, sealed containers to prevent contamination and melting. Store and transport in a cool, dry area, avoiding direct sunlight and excessive heat. Standard shipping carriers can be used, following general chemical shipping regulations.
    Storage Beeswax should be stored in a cool, dry, well-ventilated area away from direct sunlight and sources of heat or ignition. Keep it in tightly sealed containers to prevent contamination and absorption of odors. Store separately from strong oxidizers, acids, and other reactive chemicals. Properly labeled containers and clean storage conditions will preserve the quality and safety of beeswax.
    Application of Beeswax

    Applications of Beeswax in Industrial Manufacturing

    As a direct producer of beeswax with extensive experience in refining, selecting, and quality assurance, we supply high-purity natural beeswax for a range of industrial sectors. Below, we detail key downstream application scenarios, each with focused information on compliance, formulation ratio guidance, integration points, and typical final products as realized by global manufacturers.

    1. Pharmaceutical Ointment and Suppository Bases

    Pharmaceutical formulators apply beeswax to modify viscosity, achieve targeted melting points, and stabilize both topical ointments and rectal or vaginal suppository bases. The choice of beeswax grade—yellow or white—affects compatibility with various APIs and excipients, while the material’s inherent hydrophobicity supports moisture barrier functions critical for dermatological and mucosal delivery forms. Beeswax undergoes full traceability in regulated pharmaceutical supply chains, with documentation supporting batch release, residual solvent levels, and heavy metal thresholds aligned to the expectations of global health authorities.

    Industry compliance standards

    • European Pharmacopoeia (Ph. Eur. Monograph 0333/1973)
    • United States Pharmacopeia (USP/NF Beeswax, Yellow/White)
    • Good Manufacturing Practice (GMP, ICH Q7/Q10)
    • Regulation (EC) No 1223/2009 for excipient use

    Typical usage ratio

    • 5–20% by weight in ointment and balm bases; adjusted for spreadability, melting range, and drug delivery profile
    • 2–10% in suppository mass, determined by required mechanical strength and API solubility profile

    Downstream process integration

    • Melted and combined with oils/waxes during main batch heating phase, prior to emulsification or API blending
    • Filtered for particulate control, then cooled under controlled conditions to ensure homogenous distribution in final product mass

    Final product types

    • Dermatological ointments (e.g., hydrocortisone, antifungal, emollient bases)
    • Suppositories for analgesic, anti-inflammatory, or laxative action
    • Medicated balms and barrier creams

    2. Food Confectionery Coatings and Glazing Agents

    Major confectionery producers incorporate beeswax for its regulatory-approved functionality as a surface-protectant and gloss-retentive agent in candies, chocolate-coated products, and dried fruits. The material produces a resilient, moisture-impervious outer layer when applied in precise, thin films, maintaining visual appeal and extending shelf life. Sourcing documentation ensures compliance with allergen and contaminant limits as required by food safety management systems, and processes optimize melt curve and application rates to specific throughput requirements.

    Industry compliance standards

    • EU Regulation (EC) No 1333/2008 (E901)
    • Codex Alimentarius – INS 901
    • U.S. FDA 21 CFR 184.1973 (direct food additive)
    • FSSC 22000 / HACCP implementation for food contact materials

    Typical usage ratio

    • 0.02–0.2% by weight for glazing applications—fine-tuned to meet product-specific texture and gloss requirements
    • 0.1–0.5 g/kg for surface coatings, applied as an ingredient in edible coating mixtures

    Downstream process integration

    • Dissolved in alcohols or food-grade oils, then sprayed or tumbled onto products during finishing operations post-deposition and cooling
    • Automated dosing and continuous-film application governed by product temperature and conveyor timing

    Final product types

    • Chocolate dragées and panned confectionery (e.g., chocolate-coated nuts, fruit pastes)
    • Hard candies and chewing gum with shiny coatings
    • Dried fruit snacks with non-stick edible glaze

    3. Personal Care Emulsion Stabilizers and Structure Agents

    Beeswax plays a multifunctional role in personal care formulations, serving as a texturizer, oil phase structurant, and emulsion stabilizer in lip balms, skin care creams, and premium hair grooming aids. Major downstream integration hinges on wax purity, odor neutrality, and melting profile specifications, verified via IR spectroscopy and impurity control as per industry practice. Cosmetic manufacturers require full chain-of-custody and allergen declarations alongside compliance with evolving international cosmetic ingredient regulations to secure market access.

    Industry compliance standards

    • EU Regulation (EC) No 1223/2009 (Cosmetics Regulation)
    • ISO 16128 (Natural and organic cosmetic ingredient definitions)
    • U.S. FDA Voluntary Cosmetic Registration Program (VCRP)
    • Japan Standards for Cosmetics

    Typical usage ratio

    • 7–15% in lip balms and sticks, regulating hardness and melting characteristics
    • 2–8% in emulsified face and body creams, depending on oil phase structure and spread requirements

    Downstream process integration

    • Introduced into hot oil phase mixing, combined with butters and emollients, followed by high-shear homogenization with aqueous phases
    • Critical for achieving glossy, stable, anhydrous balm textures and improving pigment suspension in colored sticks

    Final product types

    • Lip balms (clear, tinted, therapeutic)
    • Facial and hand creams (richer textures, butter creams)
    • Wax-based hair pomades and styling waxes

    4. Industrial Lubricants, Polishes, and Release Agents

    Manufacturers in the industrial segment use beeswax for its legacy as a biodegradable, non-toxic lubricant and polish base in woodworking, leather treatment, and mold-release processes. These applications require refined beeswax fractions for controlled melting/penetration characteristics and batch-to-batch consistency. Documentation ensures absence of petroleum derivatives and supports quality audits in sustainable production settings.

    Industry compliance standards

    • REACH (EC) No 1907/2006 for substance registration and communication
    • German BfR XXXVI for food-contact surface polishes in indirect applications
    • ISO 14001 (Environmental management for sustainable practice)
    • DIN 68861-1B (furniture surface resistance—polish performance)

    Typical usage ratio

    • 15–40% in wood polish and leather balm bases; selection varies with desired gloss, hardness, and protective finish
    • 1–8% in mold release waxes for composites and plastics, balancing release effectiveness and surface quality

    Downstream process integration

    • Melt blended with natural oils/fats and, as required, microcrystalline or carnauba wax to tailor gloss and friction profile
    • Applied in cooled state or as emulsions to manufacturing surfaces, finished goods, or intermediate parts

    Final product types

    • Furniture, parquet, and musical instrument polishes
    • Leather balsams for shoes, apparel, and automotive interiors
    • Composite mold release pastes

    5. Candle Manufacturing for Decorative and Utility Markets

    Global candle producers source beeswax as a primary fuel material due to its clean-burn profile, pleasing scent, and robust molding capability. Industrial manufacturers require finely filtered, residue-free grades that burn evenly and accept advanced pigment/essential oil dispersions. Production includes empirical formulation adjustments to accommodate blend partners such as stearic acid or other natural waxes, ensuring wick compatibility and product rigidity for desired end-use categories.

    Industry compliance standards

    • ASTM F2417 (Standard Specification for Fire Safety for Candles)
    • RAL-GZ 041 (Quality assurance for candles in EU market)
    • CEN/TR 16793 (Emission safety—scented candles)
    • ISO 22716 (Cosmetic GMP, applicable for labeled aromatherapy materials)

    Typical usage ratio

    • 60–100% beeswax in molded or hand-rolled candles; blended ratios of 50–80% in poured formulations to suit softness and fragrance load

    Downstream process integration

    • Fully melted, filtered through fine mesh, and combined with selected additives prior to pouring or extrusion
    • Wicking and cooling set controls applied for consistent burn quality and dimensional stability

    Final product types

    • Hand-rolled decorative candles
    • Poured pillar candles and votives
    • Aromatherapy and scented prayer candles designed for low soot and high fragrance retention

    6. Packaging Protection—Cheese Coatings and Food Wraps

    Artisan and industrial cheese processors utilize beeswax as a protective coating to inhibit mold growth and moisture loss during maturation. Wax-coated food wraps and reusable packaging materials also leverage beeswax for its workability, antimicrobial contribution, and semi-permeable barrier characteristics. These applications demand precise melt filtering steps and careful application thickness to conform to global food-contact compliance and support batch traceability in sensitive food supply chains.

    Industry compliance standards

    • EU Regulation (EC) No 1935/2004 (Materials in contact with food)
    • U.S. FDA 21 CFR 175.300 (“Resinous and Polymeric Coatings” for indirect food additives)
    • Codex Alimentarius—INS 901 as coating agent
    • BRCGS Packaging Materials Issue standards

    Typical usage ratio

    • Applied as 2–6% total mass coating for hard cheeses, dependent on wheel/block surface area
    • 7–15% loading in cotton fabric blend pastes for food-safe wraps and reusable packaging sheets

    Downstream process integration

    • Melted and applied by immersion, spraying, or brushing to cheese wheels in ripening rooms
    • Infused into textiles by hot-melt spreading for reusable food wraps

    Final product types

    • Traditional hard cheese wheels (e.g. Gouda, Edam with exterior wax shell)
    • Reusable, food-safe beeswax-coated fabric wraps
    • Eco-friendly packaging sheets for organic produce and bakery items

    Free Quote

    Competitive Beeswax prices that fit your budget—flexible terms and customized quotes for every order.

    For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.

    We will respond to you as soon as possible.

    Tel: +8615365186327

    Email: admin@ascent-chem.com

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    Certification & Compliance
    More Introduction

    Beeswax: Bringing Tradition and Innovation Together

    Real Beeswax, Real Results

    In our plant, beeswax does not arrive as a pretty packaged chunk. Each batch carries the story of countless hives from local apiaries and vetted global sources. We see the road beeswax travels—beginning with the hive comb, through rendering and purification, right to the heart of where craftsmen, pharmaceutical teams, and industrial producers need it. Our experience goes beyond just melting and filtering; we look for character in each batch: color variations, aroma, and even the subtle differences in melting point. As manufacturers, we learn to recognize these nuances and guide our customers toward the right fit for their production—whether they're rolling candles or prepping skincare lines.

    Grades and Specifications Based on Real-World Demands

    Years of production taught us that not all beeswax works for every use. Candle makers often want deep golden wax, rich in esters and with a pleasing honey scent. Cosmetic formulators favor refined grades: lighter color, trace impurities filtered out, melting temperature closely monitored. We produce both crude (raw) and refined (filtered and decolorized) forms, in slabs, pellets, and pastilles to suit the convenience of different manufacturing lines.

    Our beeswax typically carries a melting point ranging from 62°C to 65°C. Acid values usually fall between 16 and 24 mg KOH/g, and ester value hovers between 70 and 80. Of course, natural variations occur—weather, blossom source, and storage all leave a signature. We control moisture content below 0.5% and regularly test for pesticide residues, so users don’t have to second-guess quality.

    Industries rely on color as much as chemistry. We produce natural yellow beeswax for those who value pigment and aroma, and white (bleached) beeswax for pharmaceutical bases or food coatings. Our refiners use physical filtration and sun-bleaching—never harsh chemicals that can destroy the wax's unique properties. Over the years, customers often remark on the smooth texture and subtle scent, and these traits matter just as much as test certificates.

    Why Beeswax Still Matters

    Synthetic waxes flood markets every year. Paraffin, microcrystalline, and polyolefin waxes offer lower prices, uniform appearance, and the predictability of petrochemical refining. Their popularity climbs every year—large-scale factories seek lower costs and less batch-to-batch variation. We see those numbers and make a different argument: beeswax remains irreplaceable for users who want renewable, natural, and traditional solutions.

    Over the decades, customers visit our facility and tell stories about why beeswax matters to their products. Candle makers say paraffin cannot replicate the gentle, sweet aroma or the smooth, subtle flame beeswax delivers. In cosmetics, nothing quite matches beeswax’s role as a thickener and stabilizer—balms set well, creams hold their body, and lipsticks don’t sweat or bleed as easily. Edible coatings benefit from beeswax’s food-safe profile and mild flavor. In pharmaceuticals, regulatory agencies still approve beeswax for ointments and time-release pills. No synthetic wax checks all the same boxes.

    Some buyers ask about sustainability. Our sourcing gives us confidence in beeswax’s future: beekeepers teach us about hive health and responsible extraction throughout the year. We drive out to apiaries, inspect combs, talk to stewards, and sample at multiple points. Traceability is no afterthought. Beeswax carries risk of contaminants—pesticides, antibiotics, wax adulterants. A true manufacturer must test beyond required batch sampling. We invest in in-house GC/MS screening, send out for third-party verification, and publish results for transparency. Long-term partners value this more than any flashy brochure.

    Demand for certified organic beeswax grows steadily. Certain brands—especially in baby care or luxury skincare—insist on it. Certification complicates our process, but our investment in certified sources and detailed lot records means clients know what they get. Organic beeswax supply never matches global demand, so planning ahead always helps. We collaborate upstream with beekeepers to keep supply steady, even as climate change brings unexpected hive yields.

    Real-World Uses and Manufacturing Insights

    Our customers come from every walk: solo candle makers, multinational cosmetics groups, artists restoring antique furniture, and food packaging startups. They order in bags or full containers, each with its own production question. Over time, we learn to think alongside them. A hand salve company calls for softer, pliable beeswax that blends easily with coconut oil; a pharmaceutical manufacturer emphasizes sterility on arrival; an encaustic artist demands vibrant, golden wax without chemical residues. These conversations shape our manufacturing every day.

    We notice that users often underestimate how beeswax batches from different origins behave. A North American beeswax slab may have a subtle almond note; an East Asian lot, a heavier floral tone. Natural beeswax always varies. We test each lot and match it to applications based on experience: softer wax for stick products, firm batches for castings and mold-release applications. For food wraps, we keep an eye on aroma and confirm compliance with food safety standards.

    Processing also affects usability. Our experience tells us that beeswax should reach customers as clean as possible, but not stripped of its useful fatty acids. We use filter presses and food-grade containers, heat very gently, and never push temperatures that would scorch or degrade the wax. Some ask us about decolorizing with chemicals; we don’t use peroxides or harsh agents—only careful sun bleaching and carbon filtering—so that texture and performance remain intact.

    The pellet and pastille forms make dosing easier in modern mixing operations. Slabs remain popular with small batch producers and handcraft specialists. Handling shapes and packaging sizes allows us to solve production headaches before they even begin. Nothing speaks louder than a call from a customer who switches to pellets and finds the entire shift moving faster, with less scrap and fewer quality problems.

    Comparing to Other Waxes: Practical Differences

    Usually new clients ask the same question: what sets beeswax apart? From a manufacturing standpoint, the real differences show up during processing and usage—not just on paper.

    Paraffin wax flows quickly but lacks the cohesive strength and natural tackiness of beeswax. Products made with synthetic wax often need extra additives to achieve the same pliability, sticking power, or gloss. Beeswax alone holds a gentle hardness at room temperature, becomes supple with moderate heat, and resists water well. It binds polar and non-polar ingredients—rare in a single natural raw material. Furniture finishers notice that synthetic waxes crumb more and dull quickly, while a true beeswax polish buffs to a richer shine. Artists and preservationists choose beeswax for long-term protection, knowing its natural compounds have shielded heirlooms for centuries.

    Some customers opt for carnauba, candelilla, or rice bran wax as vegan alternatives. We acknowledge these plant-based waxes have their own roles; carnauba offers extreme hardness and high luster, candelilla brings a unique brittle texture. None delivers the blend of malleability, aroma, spreadability, and barrier function that beeswax brings. In hybrid blends, plant waxes refine finish quality, but beeswax leads in body and feel, especially in cosmetics.

    Our process brings us face to face with the impurities of nature. Paraffin requires almost no in-house cleaning. With beeswax, extraction introduces pollen, propolis, and the occasional stinger. Each contaminant needs different treatment: gentle filtrations or multi-stage purifications. This labor pays off—finished batches show a creamy color, a hint of honey, and the signature beeswax feel that customers recognize instantly.

    Every time regulatory agencies tighten food contact material rules, our job grows more critical. Synthetics struggle to meet evolving lines on residue and migration. Beeswax holds its status as a trusted barrier and glazing agent—decades of toxicological data support its reputation. Customers in the bakery and fruit industries keep coming back, knowing that the layer protecting their products will never cause trouble at the border.

    Problems in the Supply Chain and How We Tackle Them

    No raw material moves from source to user untouched by challenges. Experienced manufacturers see cycles of high and low availability. Pests, droughts, pesticides, and colony collapse shrink hive populations and global output. Some years, beeswax prices spike or quality dips. We do not just wait for better luck; consistent supply rests on long-term partnerships with beekeepers, clear contracts, and transparent reporting throughout the chain. During lean times, talking openly to customers about what’s available—and what isn’t—builds trust and helps avoid hasty substitutions.

    Adulteration troubles the beeswax market. A rogue supplier can blend in paraffin, microcrystalline wax, or even less obvious synthesics. Telltale signs include unusual texture, off-smells, or stubbornly high melting points. We built our reputation on stopping such fakes at the door. Our plant runs regular FTIR and GC/MS screens to monitor the fingerprint of each shipment. The extra cost is real, but catch a contaminated batch too late and damage spreads fast—from lost products to recalls.

    Beekeepers face mounting pressure from changing weather and tighter land use. Hive-friendly practices support future supply even when conditions challenge productivity. As processors, we train our upstream partners to avoid over-extraction and teach about the long view. That means better bees for the next season and a more predictable pipeline for our buyers. We do not hide behind anonymity—everyone in the chain knows who is involved. Customers can visit our plant, meet our team, and watch the melt tanks in action. Accountability flows both ways.

    Sustainability no longer feels optional. End users—especially in Northern Europe, North America, and Japan—increasingly seek detailed documentation and proof of origin. As a manufacturer, we invest early in traceability IT systems and product passports, and keep paper trails for years. Buyers trust us because we open our records and invite scrutiny.

    Supporting Better Use and Training

    Over time, we’ve learned that the best results come when end users understand the material’s quirks. Newcomers sometimes struggle with grainy textures or grittiness. That usually means either a poorly rendered raw batch or overheating during melting. We counsel clients to keep a gentle heat—no open flames, no spikes above 80°C if avoidable. Consistency improves when dosing and mixing systems get cleaned between batches, and we share best practice tips gathered from years on the production line.

    Dosing rates depend on the intended finish. Cosmetics sometimes use less than 5%, while a solid balm or polish takes much more. We publish example formula suggestions from real manufacturers, not just marketing language. Over-applications waste money and often downgrade performance. We encourage pilot runs and offer small-batch samples for those refining new blends. Collaboration solves most problems—an extra call between production teams goes further than the thickest manual.

    Hazards matter, too. Beeswax poses little risk compared to chemicals like paraffin. Still, poor storage—especially in damp or unventilated conditions—can ruin a batch with mold or rancidity. We advise cool, dry, and shaded storage, with tight seals on packaging. Long-term buyers can ask for nitrogen flushing or custom containers for extra protection.

    Transportation raises its own headaches. Ships heat up, pallets get knocked, and delays happen. Over the years, we changed our own drums and liners to reduce contamination risk and minimize handling problems. We collaborate with trusted freight carriers and inspect all arrivals for temperature and seal integrity. Most waxes arrive in as good a condition as we ship them; if not, we fix problems before the customer ever touches them.

    The Value of Real Manufacturing Experience

    A decade spent at the source of production shows us daily how little things matter. Anyone can recite a chemical formula or list melting points. Reliable manufacturing means tracking every variable, catching issues before they escape the plant, and explaining differences honestly. We compete with traders who resell and repackage, offering discounts but not support. After a tough production run, our team sits down together, breaks open past lot records, and learns what can improve for the next batch. Failures become lessons, and customers benefit the next time around.

    Clients come to us not only for wax, but for practical advice earned by making, not just buying and selling. We answer late-night calls from a startup whose batch separated, send a technician when a wax heats strangely, and tweak our process for recurring clients who need a little more flexibility in their feedstocks. This hands-on approach wins us return business year after year.

    Most importantly, we put the long-term survival of both our business and the apiaries we depend on ahead of quick gains. Every block or pastille of beeswax we sell echoes the work of thousands of bees, the care of dozens of beekeepers, and the rigor of our production team. We do not take shortcuts, and we don’t advise our customers to either. In an era where natural materials often seem at risk, genuine manufacturing safeguards beeswax’s place in markets old and new.

    Looking Forward: Beeswax in a Changing World

    Some say beeswax is old-fashioned, a relic in a world run by synthetics and high-performance polymers. We see something else: a raw material with surprising technical range, embraced by both tradition and innovation. Each time a chef wraps cheese in beeswax, or a lab develops medical-grade capsule coatings, the story continues. We challenge every buyer and user to look past price per kilogram—consider the relationship between supplier and user, the impact of source materials, and the story each finished product tells.

    Every team member here understands that excellence in beeswax manufacturing comes from care, patience, and experience. We tweak recipes, refine purification steps, and stress-test every new shipment. Customers who choose real beeswax—fully traceable, properly cleaned, and tailored by those who make, not just move—join a chain of trust that spans continents. The end result: products that feel right, perform as promised, and show the value of keeping natural materials alive in a fast-moving world.

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