Yudu County, Ganzhou, Jiangxi, China sales3@liwei-chem.com 748718781@qq.com
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Refined PE Wax

    • Product Name Refined PE Wax
    • Chemical Name (IUPAC) Polyethene
    • CAS No. 8002-74-2
    • Chemical Formula (C2H4)n
    • Form/Physical State Solid
    • Factory Site Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry sales3@liwei-chem.com
    • Manufacturer Anhui Liwei Chemical Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    848963

    Productname Refined PE Wax
    Chemicalname Polyethylene Wax
    Appearance White, odorless solid
    Molecularformula C2H4)n
    Meltingpoint 100-120°C
    Density 0.92-0.97 g/cm³
    Viscosity 10-50 cP at 140°C
    Oilcontent <1%
    Penetration ≤ 1 dmm at 25°C
    Acidvalue <1 mg KOH/g
    Solubility Insoluble in water, soluble in aromatic and aliphatic hydrocarbons
    Thermalstability Good
    Color White
    Odor Odorless

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

    Packing & Storage
    Packing Refined PE Wax is packaged in 25 kg plastic woven bags, featuring moisture-proof lining for secure storage and transportation.
    Container Loading (20′ FCL) Container Loading (20′ FCL) for Refined PE Wax: Typically loads 16-18 metric tons packed in 25kg bags, ensuring secure shipment.
    Shipping Refined PE Wax is shipped in 25 kg bags or jumbo bags, securely sealed to prevent contamination and moisture ingress. Packages are loaded onto pallets for easy handling and safe transport. All shipments comply with relevant safety and labeling standards to ensure product integrity during transit and storage.
    Storage Refined PE Wax should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and ignition points. Keep containers tightly closed to prevent contamination and moisture ingress. Store separately from strong oxidizing agents and acids. Ensure proper labeling and follow all applicable safety and regulatory guidelines for chemical storage to maintain product stability and integrity.
    Shelf Life Refined PE Wax typically has a shelf life of 2 years when stored in cool, dry conditions away from direct sunlight.
    Free Quote

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

    For samples, pricing, or more information, please call us at +8615365186327 or mail to sales3@liwei-chem.com.

    We will respond to you as soon as possible.

    Tel: +8615365186327

    Email: sales3@liwei-chem.com

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    Certification & Compliance
    More Introduction

    Refined PE Wax — Practical Reliability for Industry

    Our Approach to Polyethylene Wax Manufacturing

    Years of working in chemical manufacturing have taught us that reliability outpaces complexity. Refined Polyethylene Wax (PE Wax) results from rigorous control over polymerization, purification, and sizing. We use high-density raw polyethylene for our most stable models, with a melting point tailored to withstand thermal cycles and the mechanical demands of modern production. Our focus stays on clean manufacturing and consistency. By limiting impurities and regulating molecular weight distribution, our PE Wax achieves steady performance across industries.

    Models and Specifications Shaped by Real Use

    Customers have always driven our model development. Common models such as PEW-80, PEW-90, and higher-melt alternatives reflect different melt ranges and viscosities. Each batch holds a melting point checked on every line—no surprises at application. For PEW-90, the melt point falls between 100°C and 105°C, with minimal oil content and a viscosity range that resists both feathering in coatings and clumping in plastics.

    Processing experience shows that the right PE wax balances flexibility and hardness. The wax’s density and molecular structure defines whether it excels in hot-melt adhesives, pigment masterbatch, extrusion, or PVC lubrication. Granular, flake, or pastilled forms match what downstream lines actually want—not what a catalog suggests.

    Usage: Beyond Theoretical Applications

    PE Wax enters the picture quietly in most formulations yet pushes performance where it counts. In PVC pipe and profile manufacturing, adding our refined PE Wax keeps extrusion speeds steady and controls friction at the die wall. Field engineers see how the lubricant profile affects throughput, especially at higher outputs or in summer temperatures. Reliable slip agents keep sheets and films from sticking during stacking. Our wax creates clean release from molds and helps masterbatches disperse more pigment, so color development is crisp without clumping.

    Coating producers have fed back for years that a smooth, clean wax grade improves scratch resistance and surface gloss. The wax you pick influences gloss retention through tough shipping conditions and abrasive machinery. Rubber companies depend on the stabilizing effect that PE wax delivers, and our consistent supply guards against unforeseen production swings.

    Ink makers keep delivering repeat orders because in their world, clarity and migration are paramount. A well-purified PE wax won’t yellow over time or bleed onto packaging. These are insights from long-term supply relationships, not laboratory claims or generalizations.

    Key Differences with Other Products

    PE Wax gets lumped together with other lubricants, but not all waxes are built alike. Refining process and feedstock purity matter as much as any headline figure on a certificate. We start from solid, uncontaminated polymer and maintain high filtration, which means fewer foreign specks or unexpected gelling in your lines. Competing products derived from low-grade or recycled material risk higher volatility and can destabilize pigments or plasticizers.

    Montan wax, paraffin wax, and synthetic amides each answer other technical questions but fail where hardness or low volatility are needed. Paraffin, for instance, brings more softening and is prone to blooming on film surfaces. Cheap blends tend to break down, leave residues, or simply can’t stand up to the mechanical stress of extrusion or injection. We watch these outcomes in customer lines, not just test vessels.

    By keeping control over input streams and processing, we hold PE Wax to molecular weight parameters that ensure thermal stability and clean shearing. Our refined models also display less “plate-out” on screw and barrel surfaces, meaning maintenance goes down—people notice fewer cleanup stops mid-run. Higher-melt grades keep their integrity as temperatures rise, particularly for friction-reducing tasks, while lower-melt models handle polish and finishing.

    What Practical Quality Actually Looks Like

    On-site visits tell more about a wax grade than any brochure. Operators talk about dust levels, pouring speed, and whether batches dump clean from conveyors. Our products demand no buy-in gimmicks—just genuine results. Clients report back that our refined PE wax leaves die lines sharp, compound hues stable, and cycle times short. For masterbatch makers, rapid flow and near-zero odor lower reject rates, which bites directly into bottom lines.

    Careful storage matters, too. Because we manage every step from pelletizing to bagging, our wax maintains consistent particle size and doesn’t cake in humid conditions. Bags open crisp, even after several months. That reliability keeps supply chain headaches low and plant managers happy.

    Real Challenges, Real Solutions

    The industry faces challenges with volatility and environmental compliance. Sourcing raw materials has grown tougher year after year; low-quality imports put strain on plants trying to hit tight specs for demanding end applications. We address that by keeping raw supply chains short, regularly re-vetting our base polymer suppliers, and doing random batch tests beyond scheduled sampling. Lab staff catch anomalies before they reach you—production doesn’t slow for excuses.

    With regulations tightening on emissions and migration, we continually test for VOC content, stability at high temperatures, and polymer compatibility. Our staff have worked directly with processors upgrading older lines, and those who swap out low-performing waxes often see scrap rates drop along with odor complaints. We keep working with industry partners to push down unwanted migration and residue, especially as packaging and food-contact rules keep evolving.

    On the packaging floor, where quick turnarounds matter, producers rely on our product’s predictable melt curves and high purity—less downtime for equipment cleaning, more predictability in output. Downstream effects like these keep costs in line. That’s a noticeable win for purchasing managers and engineers tracking every downstream number.

    What Makes a Good Supplier Stand Out

    End-to-end control raises a chemical product’s value, but sticking to honest dialogue builds trust that lasts longer than a spec sheet. We’ve had partners call about a single off-odor sack in a five-ton shipment—and next time, that sack didn’t show up. Batch traceability and small-scale pre-batch sampling allow us to track issues and keep communication swift. Nothing matters more to operators than predictability delivered—batch to batch and season to season.

    Support goes further. Field reps help with extrusion updates and give practical feedback to our plant. These conversations led to improvements like reducing smoke during profile runs and tweaking blends for specialty pigment dispersions. Instead of pushing generic data, we troubleshoot specific process hiccups—our field folks stand shoulder-to-shoulder with clients at production lines, working out issues as partners.

    Sustainability Considerations

    The push towards environmental responsibility continues to redefine chemicals manufacturing. We invest in energy recovery during our refining steps, work with local waste handling, and continually lower energy use per finished ton. Audits ensure that new process updates translate into measurable energy savings.

    Some customers now track carbon intensity by input batch. Our records let them measure their own progress. Regulatory pressure around REACH and similar initiatives prompt us to go beyond nothing-in, nothing-out compliance—meaningfully reducing hazardous residues at all points, and ensuring waste wax recovery streams get safely managed. Producers in Western Europe or North America need transparent records; we accommodate full documentation tracing back to initial polymer production date.

    PE Wax’s Place in a Changing Market

    Over the last decade, tighter margins and increased technical requirements have shifted demand for PE wax toward higher-refinement grades. Commodity waxes earned a poor reputation in advanced lines, mostly from clogging, yellowing, and unpredictability. By applying tighter process control and smarter batch blending, our plant improved compatibility for hot-melt adhesives, pigments, and high-speed extrusion.

    Growth markets particularly value a wax grade that cuts downtime and shrinks defect rates. High-grade PE wax means film packaging without streaks, bottles that shed their mold cleanly, and pipes rated for higher-pressure use. Performance here flows out of quality input and granular real-world testing, rather than marketing abstractions.

    We spend time onsite with formulators tweaking masterbatch fills and film lines, so our PE wax keeps evolving. As flexible packaging grows, so does the need for coatings and heat seals that behave consistently. Our engineers take these industry headaches seriously—the wax moves as the end-use does.

    Looking Forward with Experience and Grounded Practice

    Years on the wax line shape our understanding—each batch, each order, each outcome sharpening our process. While new manufacturing standards and sustainability goals shape the future, fundamentals won’t change. Clients demand that the wax deliver—smooth flow, controlled friction, high purity, predictable melting—on every shift, in every bag.

    Chemical manufacturing relies on trust, not marketing phrases or transient trends. We’re proud our refined PE wax keeps operations running and operators confident. Factories see fewer runs stopped for cleaning, fewer defects from instability or migration, and material that backs technical claims with practical advantage.

    As more producers focus on safety, sustainability, and stable output, we push our own work harder. Leading as a manufacturer means direct responsibility, regular feedback loops, and hands-on troubleshooting, not just certificates or data sheets. Our commitment is real—better wax, guided by industry needs, shaped by dialogue, and delivered with experience that comes from actually running the lines.

    Conclusion: Value Grounded in Reliability

    Refined PE Wax might sound like a simple commodity, but practical experience proves it’s anything but. Our product stands on solid ground because it grows from attentive process control and honest engagement with end-users. We see value in every successful production run, every customer call that reports a better outcome, and every improvement sparked by shared insight. Refined PE Wax delivers genuine reliability—batch after batch, order after order—because we build it with real-world experience, ongoing dialogue, and a steadfast focus on production floor reality. That’s the standard we live with, and that’s the product we send out—always.