Products

Parafumei® Paraffin 7401

    • Product Name: Parafumei® Paraffin 7401
    • Alias: PARAFFIN 7401
    • Einecs: 265-149-8
    • 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

    702419

    Product Name Parafumei® Paraffin 7401
    Form Solid
    Appearance White, odorless
    Melting Point 58-60°C
    Oil Content <0.5%
    Penetration 19-23 dmm at 25°C
    Molecular Weight 350-420 g/mol
    Flash Point >220°C
    Solubility Insoluble in water
    Typical Applications Candles, cosmetics, coatings
    Packaging Slabs or pellets
    Storage Temperature Below 40°C

    As an accredited Parafumei® Paraffin 7401 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Parafumei® Paraffin 7401 is packaged in 25 kg polyethylene-lined paper bags, featuring product labeling, batch number, and safety information.
    Shipping Parafumei® Paraffin 7401 is shipped in tightly sealed, approved containers to ensure product integrity and prevent contamination. All transport complies with applicable regulations for chemical materials. The product is typically delivered via truck or freight, accompanied by safety data sheets, and should be handled in accordance with standard paraffin wax handling procedures.
    Storage Parafumei® Paraffin 7401 should be stored in a cool, dry, and well-ventilated area away from heat sources, open flames, and direct sunlight. Keep the container tightly closed to prevent contamination and moisture ingress. Store away from strong oxidizing agents. Recommended storage temperature is below 40°C. Always follow local regulations for the storage of chemical materials.
    Application of Parafumei® Paraffin 7401

    Applications of Parafumei® Paraffin 7401 in Industrial Manufacturing

    Parafumei® Paraffin 7401, produced by our modern refining and distillation line, delivers distinct performance in critical downstream sectors. Our technical team provides consistent quality and precise control, supporting manufacturers in regulated, high-volume applications where compliance, dosage, process flow, and output requirements drive material selection. Below, we outline key domains where Parafumei® Paraffin 7401 plays an essential role, including segment-specific standards, validated formulation rates, integration points in manufacturing, and representative end-use formats.

    1. Candle Production (Household, Decorative, and Utility)

    Candle makers prefer Parafumei® Paraffin 7401 for stable burn characteristics, defined melting point, and minimal smoking. Quality management must address ignition properties and color stability under high-speed filling lines. Downstream operators rely on batch blending and precision dosing to balance scent throw, hardness, and smoothness for each use type, from votives to molded dinner candles.

    Industry compliance standards

    • ASTM F2417 Standard Specification for Fire Safety for Candles
    • REACH Regulation (EC) No 1907/2006 for chemical safety and SVHC assessment
    • EN 15426:2007 (EU candle safety testing)
    • IFRA Code of Practice when blended with fragrances

    Typical usage ratio

    • Provides 80-95% of total formulation in traditional pillar and taper candles; percentage may drop to 60-75% in fragranced or colored varieties to allow for wax modifiers and additives; processor regulates ratio based on melting point and desired burn rate.

    Downstream process integration

    • The material is melted and filtered in bulk tanks, then pumped into blending kettles for colorant or fragrance incorporation; automated lines fill molds or extrude continuous lengths, with cooling tunnels solidifying form factors before packaging.

    Final product types

    • Household utility candles
    • Molded decorative pillars
    • Pressed tealights
    • Scented container candles and religious/ritual candles

    2. Paper and Packaging Wax Coating

    Coating converters apply refined paraffin grades to food-contact packaging to provide moisture barriers and grease resistance. Quality assurance throughout coating operations must investigate uniform penetration, migration limits, and regulatory compliance, especially for direct-contact with consumables. Precise control of viscosity and film thickness optimizes downstream functionality and machine throughput for high-speed carton and paperboard lines.

    Industry compliance standards

    • FDA 21 CFR 176.170 and 176.180 (indirect food additives: paper and paperboard components)
    • Commission Regulation (EU) No 10/2011 for food contact materials
    • ISO 22000 Food Safety Management System (for processors working with direct-contact packaging)
    • China GB 9685-2016 National Food Safety Standard (additives in food contact materials)

    Typical usage ratio

    • Applied as 10-28 grams per square meter of paper or board, depending on substrate porosity and end-use moisture barrier specs; ratio reduced for dry food wraps and increased for frozen and refrigerated packaging applications.

    Downstream process integration

    • Hot-melt application in size presses or coating heads during paperboard finishing; excess wax removed by doctor blade, with subsequent chilled rollers to solidify and finish the protective layer; integration with sheeting or winding lines for downstream forming.

    Final product types

    • Food wrap paper (cheese, bakery, confectionery)
    • Corrugated carton waxed liners
    • Disposable paper cups and plates
    • Produce shipping packaging and fruit crate liners

    3. Rubber and Tire Compound Processing

    Rubber manufacturers utilize paraffin for its anti-ozonant bloom, which prevents cracking and surface degradation in finished tires and molded components. The uniformity of particle size and volatility supports automatic dosing into the rubber mixing stage, with close QC monitoring to avoid discoloration or migration in final goods. Integration prioritizes compatibility with synthetic and natural rubber types used in high-wear applications.

    Industry compliance standards

    • ISO 9001 Certified Quality Management for mixing operations
    • ISO 14001 Environmental Management regarding process waste and emissions
    • UNECE Regulation No. 117 (United Nations/Wet grip/rolling resistance/rolling sound emissions for tires)
    • REACH Annex XVII chemical restrictions

    Typical usage ratio

    • Dosed at 1.0–3.5 phr (parts per hundred rubber) in tire compounding; formulation varies with intended ozone resistance and service temperature profile in passenger, truck, or specialty tires.

    Downstream process integration

    • Added to internal mixer after mastication and carbon black introduction; distribution enhanced by mixing at temperatures above melting point; paraffin migrates to product surface during vulcanization and storage, forming protective bloom.

    Final product types

    • Passenger and truck tires
    • Off-the-road (OTR) heavy equipment tires
    • Industrial rubber belts and hoses
    • Sealing profiles and weatherstrip extrusions

    4. Hot Melt Adhesive Production

    Formulators in adhesive manufacturing leverage the unique crystallinity and controlled oil content of Parafumei® Paraffin 7401 to modify viscosity and setting behavior in packaging and product assembly glues. Consistency across lots supports strict line performance metrics. The raw material’s compatibility with EVA, SBS, and other synthetic polymers enables blending without separation or gelling during high-throughput batch processing and stick or pellet formation.

    Industry compliance standards

    • FDA 21 CFR 175.105 (adhesives in food packaging)
    • ISO 9001 Quality Management for adhesive formulations
    • ASTM D4497 (standard for hot-melt adhesives)
    • GMP guidelines for manufacturing, packaging, and storage of food-related adhesives

    Typical usage ratio

    • Makes up 10–40% of total adhesive composition; processors adjust for target softening point and wetting characteristics on corrugated or coated substrates.

    Downstream process integration

    • Blended with polymers and tackifiers in heated reactors; paraffin facilitates melt flow and controls open time before solidification; finished mass is formed into chips, blocks, or sticks for downstream packaging.

    Final product types

    • Case and carton sealing hot melt glues
    • Bookbinding adhesive blocks
    • Envelope and label application adhesives
    • Product assembly glue sticks for industrial use

    5. PVC Compound Stabilizer and Processing Aid

    The addition of 7401-type paraffin during the manufacture of rigid and flexible PVC products ensures internal lubrication and thermal stability during extrusion and molding. Our material supports regrind processing by maintaining melt flow and gloss without excessive plasticizer migration, helping downstream manufacturers achieve cycle-time targets and surface quality for construction, automotive, and consumer PVC goods.

    Industry compliance standards

    • RoHS Directive 2011/65/EU (for electrical and construction uses)
    • UL 94 flammability tests for finished PVC components
    • GB/T 8814 (China national standards for PVC-U profiles for windows and doors)
    • EN 12608 (PVC-U profiles for building applications)

    Typical usage ratio

    • Added at 0.2–1.5% by weight in PVC blends; loadings depend on downstream process speed, product thickness, and need for demolding or surface smoothness.

    Downstream process integration

    • Homogenized with PVC resin, impact modifiers, stabilizers, and fillers in high-intensity mixers; paraffin reduces friction during dry-blend extrusion or injection molding, supporting dimensional control and mold release.

    Final product types

    • PVC window and door profiles
    • Electrical conduit and pipe
    • PVC flooring tiles
    • Extruded weatherstrip and trim

    6. Particleboard and Wood Panel Manufacturing

    Engineered wood panel plants use paraffin wax emulsions to enhance moisture resistance and prevent edge swelling in particleboard and fiberboard. The level and timing of addition are critical to bind wood particles without interfering with formaldehyde emissions compliance or board mechanicals. On-line QC ensures consistent wetting and distribution, especially in variable-mix recycled fiber feeds.

    Industry compliance standards

    • EN 312 for particleboard requirements
    • ANSI A208.1 for U.S. composite panel grades
    • CARB Phase 2 / EPA TSCA Title VI (formaldehyde emission limits in composite wood products)
    • ISO 14001 Environment Management (recycled raw material utilization)

    Typical usage ratio

    • Introduced at 0.3–1.2% by dry wood weight; adjusted for target thickness swelling and water absorption properties, as well as press temperature and residence time.

    Downstream process integration

    • Sprayed as a fine emulsion onto wood furnish prior to blending with UF or MUF resins; waxed mat is pre-pressed, then hot-pressed in continuous or multi-platen systems, yielding dense, stable boards.

    Final product types

    • Industrial particleboard (furniture and cabinetry)
    • MDF and HDF panels
    • Laminate flooring substrates
    • Decorative wall panels

    Free Quote

    Competitive Parafumei® Paraffin 7401 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

    Meet Parafumei® Paraffin 7401: Reliable Paraffin for Modern Applications

    Building from Decades of Paraffin Production Experience

    At our plant, surfaces stay dusted with the faint white sheen of paraffin. We see the stuff in bulk every day—sometimes pouring, sometimes in blocks, sometimes filling metal drums in a continuous stream that keeps the line working by sun and by moon. Parafumei® Paraffin 7401 is one wax that gets attention from both operators and technical staff because it brings together purity, performance, and consistency. After years of producing different grades for everything from medicine to construction, we’ve honed this model to serve needs where reliability and workability actually matter.

    Specifications that Make a Real Difference in Practice

    Parafumei® Paraffin 7401 comes as solid slabs, white and free from visible impurities. We set the melting point within the range our buyers request—most batches target between 58 and 60 degrees Celsius. That heat range proves useful. We hear from packaging clients who want sharp release from molds and machine-friendly pouring. Candle makers ask for slow, even burning and clean appearance. Medical supply teams tell us the pure, controlled melting point helps them in histology processes. Every batch runs through filtration and full degassing; we can show anyone the residue and color test sheets kept from the line. Technicians have learned that water content, oil percentage, and color stability all matter, so every shipment carries a real COA from our in-house laboratory—not some copy sent from a trading office.

    For oil content, most factories claim less than 0.8% as a mark of distinction. Some go lower, but beyond that, performance tradeoffs pop up. Rigorous removal of oil creates brittle wax, cracked blocks, and handling headaches. We ran four pilot batches to check mold release, pour time, and flake production before settling on the specification for Parafumei® Paraffin 7401. The oil is kept down so the product stays solid, with enough flexibility that it cuts clean and doesn’t crumble. That balance gives us fewer complaints from the customers who call in frustrated with other paraffins that fracture in machines or flake apart under light pressure.

    Visually, Parafumei® Paraffin 7401 holds a clean white color. There is no artificial whitening added during production—just repeated crystallization, filtration, and gentle heat to pull out natural colorants. We see the finished slabs day in, day out, and any yellow or cloudiness stands out immediately. Staff have learned to reject batches that fail this test before they ever see a pallet or shipping list.

    Why Industry Consistency Comes from the Plant Floor

    Work in wax and you hear plenty of talk about “premium grade,” but most products depend on process discipline more than marketing tags. Running a plant line for years teaches a team where shortcuts lead: small changes in filter cleaning, cooling curves, or solvent batches create off-beat material or blocks with unpredictable melt. We set policies here that don’t budge for the sake of hitting short-term sales. Each tray and mold is monitored, each reactor checked for trace residues, because one day’s mistake means a month of headaches for people downstream. In the early years, we used to see more off-spec returns; after building a system for accountability at every step, we now see under half as many.

    Detailed lab checks remain at the core. Staff spend mornings running Karl Fischer titrations to keep water low. Viscosity gets tracked at high and low temps. Any outlying sample gets segregated, melted down, and retested before leaving. Extreme purity makes a difference for critical users. Pharmaceutical clients run their own battery of checks, and if the product falls short, it sticks out right away. By building close collaboration with these buyers, plant engineers sharpen standards for future batches.

    Everyday Applications Unlock Value

    End-uses for Parafumei® Paraffin 7401 fill out a long list, but a few stand out year after year. Candle production draws repeat orders, since makers need material that fills molds without pitting, holds color, and releases with a touch. Fruit coating and food processing require high-purity wax to prevent off-tastes and contamination—not just in laboratory tests, but on actual warehouse floors, where one batch might touch thousands of tons of apples. In medical applications, paraffin embeds tissue samples for microtomy. Consistency, purity, and low oil content make high-quality slices possible, directly affecting diagnosis. Experienced users notice details: blocks that resist cracking, wax that pours with no foam, absence of residual odors after melting.

    Maintenance teams in the electrical industry specify Parafumei® Paraffin 7401 for coating wires and circuit boards. The product’s exact melting profile keeps lines functioning even during seasonal temperature swings. At paper mills, lab managers tell us the wax works as an impermeable layer for packaging, giving cartons or wraps water-resistance and gloss that survives shipping abuse. Our long-time customers remind us that changing brands often upends their process for weeks, as new materials cut or blend differently than what their staff expect.

    Those who run blending lines for specialty compounds also provide regular feedback. For them, Parafumei® Paraffin 7401 keeps blends stable and unreactive. Other paraffins might introduce off-colors, lumps, or unwanted fragrances. With our product, process engineers see no strange separation or equipment fouling—even after repeated cycles. That reliability helps downstream plants avoid pointless troubleshooting and costly downtime.

    Direct Comparison with Commoditized Paraffins

    Buyers sometimes pit Parafumei® Paraffin 7401 against bulk commodity paraffins sourced in the open market. There are differences that go beyond price sheets. Discount waxes can cut costs for non-critical uses, like basic moisture barriers. Yet these bring more frequent issues: visible contamination, higher oil, and wide melting point spreads. Warehouse managers share stories of clumped or sticky slabs. We once got a return shipment from a candle maker unable to demold a batch that used a low-cost competitor. The cause traced back to unpredictable oil content and micro-contaminants.

    Purity also matters for safety and compliance. Our process uses only food-grade solvents and steers clear of recycled oil streams. Compliance checks align with the highest benchmarks, backed by full traceability from raw stock to finished carton. Maintenance heads have told us repeatedly that consistency in a grade extends equipment life. Fewer maintenance shutdowns, less blocked filter media, and faster cleaning time are not fringe benefits—they are gains that play out in real hours and labor.

    Shelf life also differs. Parafumei® Paraffin 7401 remains stable in sealed packaging for years. The inherent chemical stability and low reactivity protects it from yellowing or changing characteristics in storage. This saves customers from loss when holding buffer inventory for high-demand seasons.

    Supporting Technical Users All the Way

    Our technical support draws directly from our experience at the plant. Most issues come up not in glossy conference rooms, but at site visits and follow-up calls when real production hits snags. Over the years, we’ve traveled to customers, watched them load the wax in different machines, listened to operators, and brought samples back for adjustment. Accounts asking for custom melt points or slabs pre-scored for quick cutting get these tweaks because our team knows both upstream and downstream discipline.

    The raw material we use for Parafumei® Paraffin 7401 sources from select refineries with stable feedstock. Every shipment receives batch testing, and any crossed threshold gets quarantined. These controls cost more up front, but operators and QC managers both know the cost of a single contaminated lot found during high-volume output. We support customers by keeping reserves of tested stock ready, so they avoid long waits during spikes in demand. By working directly with technical teams, we adjust blends, provide documentation, and retrain buyers’ staff as regulations demand. We have published white papers and results jointly with major users, documenting real outcomes for equipment and finished products.

    Instruction matters. New buyers sometimes miss key details about preheating, mold prep, or blend ratios. We’ve built up sets of best practices, hands-on guides, and troubleshooting sheets from our own production runs. Problems like excessive foam or uneven cooling get traced quickly because we've dealt with the same hurdles in our process line.

    Continuous Improvements Based on User Feedback

    No paraffin process can hold steady forever without change. Heat exchanger improvements, tank upgrades, and lab automation all add up over the years. Our engineers look for signals from end users to update processing steps. Changes come not from theory, but from cases where a customer calls about shrinkage, poor adhesion, or transport breakage. Sending plant managers to inspect failed lots on-site turned into regular practice years ago. Every time we swap pumps or add a filtration stage, we track the before-and-after samples. Mistakes and corrections get archived and discussed at team meetings, month after month.

    Some product changes arrive after regulatory updates—not always easy, but part of staying ahead. Food-safety and medical requirements continue to tighten globally. As government rules and customer expectations both shift higher, we field regular requests for new compliance documentation. Our technical and regulatory teams revalidate every step, from solvent sourcing and water removal to shipping conditions. Trucks, warehouses, pallets, and even the wrapping films—details get double-checked.

    We have had to recall batches in the past. Quick response came from knowing every lot’s history and having an in-house team on the floor with authority to stop. After those incidents, we implemented better documentation and automated alarms at every step of filling and sealing. Openness helps, too: we supply third-party analysis on request, and our contracts allow buyers to send their inspectors straight to the blending and packing areas.

    Difference Felt from Factory to Finished Goods

    Buyers choosing Parafumei® Paraffin 7401 often work in environments where a single glitch means a full day’s output can go to waste. Plant managers and industrial buyers weigh small per-unit price differences against problems like process stoppages, product rejection, or costly rework. Our staff understand these tradeoffs from direct experience—many of us worked in customer-facing jobs and on the shop floor ourselves before joining the technical side. We like to see finished candles, food wrappers, or sample blocks made with our paraffin; it reminds us what’s at stake if a block cracks, slips, or reacts poorly with colorants and fragrances.

    Quality control here isn’t an afterthought: each operator receives the same training and authority to call a stop as supervisors. We run ongoing calibration rounds for lab equipment with certified references, avoiding drift in readings over time. Data for each run are traceable, and technical managers spend time reviewing both pass and fail samples to spot early warning signs of changing blends, shifting weather, or power blips that might affect a batch. Every slab that leaves our factory represents work spent on tuning raw wax into a trusted tool for users.

    If buyers ever need a new variant—a higher melting point for hotter climates, extra-low oil for fragile blends, even reworked block dimensions for special molds—we welcome the chance to engineer a solution. Our team thrives on these technical challenges because we know that every extra step can help improve workflow and final product in a buyer’s line.

    Understanding Challenges in the Field and Tackling Them Directly

    Many paraffin users find that small variations in formulation can throw off a whole system. A change of half a degree in melting point, a spike in oil residue, or an odd slip in shade may demand hours downgrading inventory or adjusting heating profiles. Parafumei® Paraffin 7401 aims to cut those pain points by holding tolerances tight enough that batch to batch stays predictable.

    For those who operate in regions with hot, humid seasons or fluctuating delivery conditions, stability and packaging robustness mean fewer ruined blocks and less cleaning. We wrap and palletize every load to survive high heat and bumps. Some buyers request bulk tankers, others go for drums or carton blocks—all handled with protocols that prevent contamination and moisture uptake.

    Some years, shipping and trade routes get unpredictable. Inventory managers urge us to pad delivery times and pre-stage supply to cover delays. Our logistics staff keeps closely in touch with plants and depots, aligning new inventory as soon as shelf and floor stock get drawn down. This close loop between factory and user makes delays the exception, not the rule, even as global transport hiccups keep the entire chemical industry uneasy.

    Another issue is end-of-life disposal and environmental compliance. While paraffin itself remains stable and unreactive, disposal rules tighten every year. Our research group tracks regulatory guidelines closely and runs process audits to keep waste low. We also collaborate with downstream partners to develop recycling, repurposing, and reclamation approaches for spent wax or offcuts. Full communication—both on paperwork and site—delivers confidence on both compliance and corporate responsibility.

    Parafumei® Paraffin 7401 as an Everyday Workhorse

    Relying on disciplined plant floor operations, rigorous lab work, and direct connections to the buyers who rely on our products, we have refined Parafumei® Paraffin 7401 into a dependable, versatile material. The mark of success arrives in the reduction of downtime, cleaner outputs, and longer equipment life, as relayed to us by the very people operating blending lines, molding machines, and packaging systems. It is not a commodity paraffin. Each batch stems from systematic tracking, frequent process adjustments, and collected feedback from those who make and sell finished goods in tough markets.

    For every order, our teams prepare documentation, answer technical questions, and, when new process demands arise, work alongside users to tailor the product. This isn’t just a sales pitch. We answer to production line operators, QC supervisors, and maintenance workers who, over the years, have relied on our paraffin through both smooth runs and unforeseen snags. Their experience drives our next improvements and defines what Parafumei® Paraffin 7401 delivers to the chemical marketplace.

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