Products

Synfumei® Synthetic Candelilla Wax 6702

    • Product Name: Synfumei® Synthetic Candelilla Wax 6702
    • Alias: SC6702
    • Einecs: 310-127-6
    • 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

    165378

    Product Name Synfumei® Synthetic Candelilla Wax 6702
    Appearance Yellowish to light brown solid
    Odor Characteristic, mild
    Melting Point 68-73°C
    Acid Value 12-22 mg KOH/g
    Saponification Value 40-55 mg KOH/g
    Drop Point 68-73°C
    Solubility Insoluble in water, soluble in hydrocarbons and esters
    Chemical Nature Synthetic wax blend mimicking natural candelilla wax
    Application Fields Cosmetics, personal care, and industrial applications
    Inci Name Synthetic Candelilla Wax
    Storage Conditions Keep in cool, dry place, away from direct sunlight

    As an accredited Synfumei® Synthetic Candelilla Wax 6702 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Synfumei® Synthetic Candelilla Wax 6702 is packaged in 20 kg kraft paper bags, featuring a clear product label and batch information.
    Shipping **Synfumei® Synthetic Candelilla Wax 6702** is shipped in sealed, food-grade containers or bags to prevent contamination and moisture absorption. Each package is clearly labeled for product identification and safe handling. Shipments comply with relevant safety regulations, ensuring protection during transit and storage at ambient temperatures away from direct sunlight and sources of ignition.
    Storage Store Synfumei® Synthetic Candelilla Wax 6702 in a cool, dry, and well-ventilated area, away from direct sunlight and sources of ignition. Keep the container tightly closed when not in use to prevent contamination and moisture absorption. Ensure good housekeeping to avoid dust accumulation and handle with care to prevent spills. Store away from incompatible materials such as strong oxidizers.
    Application of Synfumei® Synthetic Candelilla Wax 6702

    Applications of Synfumei® Synthetic Candelilla Wax 6702 in Industrial Manufacturing

    Synfumei® Synthetic Candelilla Wax 6702 serves specialized roles in a range of advanced industrial manufacturing sectors, providing dimensional stability, surface integrity, and specific melt properties to downstream formulations. Our manufacturing expertise ensures that every batch delivers the precise chemical profile demanded by high-end applications, supporting both process reliability and compliant end-use performance for global industrial partners.

    1. Decorative and Industrial Coatings

    High-performance waxes are essential in specialized coatings for the automotive, electronics, and metal packaging industries, where Synfumei® Synthetic Candelilla Wax 6702 brings abrasion resistance, controlled gloss, and anti-blocking attributes. The wax finds a technical fit as a matting, slip, and scratch-resistance agent in solventborne as well as water-based industrial coating systems, matching strict surface quality and stability criteria in finished films and cured coatings.

    Industry compliance standards

    • REACH (EC) No 1907/2006
    • RoHS Directive 2011/65/EU as applied to coating chemicals for electronics
    • ASTM D6083 (Standard Specification for Liquid Applied Acrylic Coatings)
    • ISO 12944 for protective paint systems in industrial structures

    Typical usage ratio

    • 0.5–4.0% w/w depending on targeted matting, slip, and rub resistance; higher ratios in anti-blocking topcoats

    Downstream process integration

    • Added during pigment dispersion or final let-down stage in coating manufacture; suitable for both melt incorporation and pre-dispersion in emulsions

    Final product types

    • Automotive clear coats and basecoats
    • Consumer electronics housings and casings
    • Metal can and drum protective finishes
    • Industrial-grade powder coatings

    2. Color Cosmetics and Personal Care Bases

    In the cosmetic industry, formulators employ synthetic waxes such as this type to deliver structure, pigment dispersion, and consistency in skin-contact products where natural alternatives may fall short on regulatory or batch uniformity expectations. Used in stick and cream formulas, the wax modulates melt point, hardness, and texture, while facilitating product payoff and skin adhesion that withstands temperature swings in transport and shelf life.

    Industry compliance standards

    • Regulation (EC) No 1223/2009 on Cosmetic Products
    • FDA 21 CFR 720 for cosmetic ingredient review
    • ISO 22716 (Cosmetic Good Manufacturing Practices)
    • IFRA Standards for allowable raw materials in fragrance systems

    Typical usage ratio

    • 2.0–12.0% depending on stick hardness, stability, and the balance with other structuring agents

    Downstream process integration

    • Introduced in the oil phase prior to homogenization with pigments and emollients; acts as a backbone for stick-matrix formation in heated batch processes

    Final product types

    • Lipsticks, lip balms, and lip pencils
    • Eyebrow pencils and mascara cakes
    • Stick-format sunscreen and foundation
    • Solid perfume carriers

    3. Adhesive Sticks and Hot-Melt Adhesive Systems

    Thermoplastic adhesives for packaging, bookbinding, and woodworking often require a synthetic wax fraction to modulate open time, set speed, and viscosity profile. Manufacturers rely on precise melt-point and lubrication behavior from synthetic Candelilla analogues to yield adhesive blocks, sticks, or pellets with consistent mechanical and thermal bonding performance during automated downstream applications.

    Industry compliance standards

    • FDA 21 CFR 175.105 for adhesives in food packaging
    • EU Commission Regulation (EU) No 10/2011 for plastics and adhesives in food contact
    • ISO 9001 for adhesive manufacturing quality systems
    • ASTM D1876 (Peel Resistance of Adhesives)

    Typical usage ratio

    • 3.0–10.0%, modulated per system tack and open-time requirements; typically higher in stick adhesives for precision melting

    Downstream process integration

    • Integrated during melt compounding before extrusion or pelletization; supports controlled crystallization and workability in final adhesive matrix

    Final product types

    • Glue stick cartridges for office and school use
    • Hot-melt adhesives for packaging machinery
    • Bookbinding glues
    • Furniture and lamination adhesives

    4. Pharmaceutical and Nutraceutical Tablet Coating

    Synthetic waxes such as this are selected in the oral dosage and supplement industry to deliver consistent moisture barriers, gloss, and processability in film and sugar-coating operations. Strict pharmacopoeia compliance, inertness, and batch uniformity are crucial, with the wax acting as a polishing aid or functional film former that enhances swallowing and extends product stability under varying transport conditions.

    Industry compliance standards

    • Ph. Eur. (European Pharmacopoeia)
    • USP-NF (United States Pharmacopeia – National Formulary)
    • ICH Q7 Good Manufacturing Practice Guide for Active Pharmaceutical Ingredients
    • FDA 21 CFR 172.886 (Synthetic Wax in Foods, as reference for excipient safety)

    Typical usage ratio

    • 0.2–2.5% relative to tablet mass, with empirical adjustment for required gloss, polish, and coating durability

    Downstream process integration

    • Applied during final film or sugar coating in rotary pan or drum coating systems; can be dissolved or dispersed prior to coating solution preparation

    Final product types

    • Prescription tablet sugar coatings
    • Chewable vitamin dragées
    • Enteric-coated caplets
    • Press-through blisters for oral supplements

    5. Precision Mold Release for Technical Ceramics and Metallurgy

    Producers of high-value ceramics, technical components, and sintered metals use synthetic waxes to manage part ejection, reduce surface defects, and facilitate clean release from metal dies or molds in isostatic pressing and powder metallurgy. Narrow melting range and limited residue profile support clean burn-out or thermal processing typical in advanced manufacturing lines, minimizing post-sintering scrap and surface contamination.

    Industry compliance standards

    • ISO 9001 for technical ceramics manufacturing
    • ASTM B925 (Standard Practices for Production and Preparation of Powder Metallurgy Test Specimens)
    • DIN EN 14306 for thermal process-related applications
    • RoHS for electronics-grade parts and materials

    Typical usage ratio

    • 1.0–6.0% depending on mold type, part geometry, and powder base; optimal ratio established via release rate and residue minimization studies

    Downstream process integration

    • Blended into powder mixtures or sprayed directly into tooling surfaces ahead of isostatic or axial pressing; may be compounded into masterbatches for automated feeding

    Final product types

    • Ceramic capacitors and electrical insulators
    • Technical ceramic bearings and ferrules
    • Sintered metal gears and housings
    • Alumina or zirconia medical devices

    6. Specialty Polishing and Care Treatments for Leather and Textiles

    Formulators working with performance coatings and care treatments for leather goods and technical fabrics incorporate synthetic waxes to impart controlled gloss, handle modification, and surface hydrophobicity. Demand for consistent performance and compliance in the apparel and automotive interiors segments drives attention to regulatory approvals and a robust, reproducible chemical backbone in the raw wax supply.

    Industry compliance standards

    • OEKO-TEX® Standard 100 for textile chemicals
    • REACH Authorization for use in leather and textile auxiliaries
    • ISO 17075 for chemical testing of finished leathers
    • DIN EN 1811 for materials in contact with skin

    Typical usage ratio

    • 1.5–7.0%, adjusted by substrate, desired gloss, and water repellency

    Downstream process integration

    • Dispersed in emulsions or solvent-based cream phases for topical application; also used during finishing bath stage in leather drum finishing operations

    Final product types

    • Automotive and furniture leather care polishes
    • Footwear and bag treatments
    • Textile water-repellent sprays
    • Smooth, high-gloss garment finishes

    Free Quote

    Competitive Synfumei® Synthetic Candelilla Wax 6702 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

    Synfumei® Synthetic Candelilla Wax 6702: Rethinking the Role of Waxes in Today’s Marketplace

    Reimagined by Manufacturers for Creative Workflows

    For years, natural waxes like candelilla held a special spot in personal care, food coatings, and industrial processes. Many chemists, formulators, and buyers kept returning to traditional sources without asking whether the sourcing headache, fluctuations in supply, or batch-to-batch inconsistencies could be traded up for something better. After running into these pain points ourselves, we started looking for alternatives that offer consistency and adaptability while respecting the challenges of scale that consumer brands and manufacturers face today.

    Synfumei® Synthetic Candelilla Wax 6702 isn’t just another generic replacement. It’s shaped by ongoing feedback, bench-top failures, and years spent tuning physical and chemical characteristics to reliably hit the marks set by natural candelilla, while improving on key limitations. Tens of thousands of kilos of natural candelilla go through our hands every year, so we know the headaches: color drift, resin content, unwanted odor, grit, and crystallization surprises from batch to batch. These real-world issues shaped how we approached the design and refinement of our synthetic 6702 model.

    Spotting the Difference in Performance

    The shift to synthetic isn’t about cutting corners. Our drive for predictable outcomes means the 6702 formula achieves a melting point and hardness range that closely tracks natural candelilla, letting product developers blend and pour without tweaking process temperatures or jammed lines. This helps creams, sticks, candles, and polishes keep their body and texture through seasons, storage, and store shelves. We keep our melting range within 68°C to 74°C, and the penetrometer data stays locked into a range that stops the formulation headaches seen with other synthetic options.

    Color often trips up those who work with large lots, so we keep our wax filtered and pale, avoiding that yellow-brown tint seen with some plant-sourced options. Customers used to sanding down grit or managing resin deposits in their cycle know the time savings here. You get a tight particle size and a glossy finish. The scent is controlled, mild, and never raw or grassy—a small touch, but one with a big impact for flavor, cosmetic, and fragrance blends.

    As we see it, predictability matters over the course of the year and across continents. Nobody wants to explain why November’s lipstick looks different from June’s, or why a protective coating suddenly picks up dust or haze. We invest in detailed GC-MS breakdowns and repeatability studies with every batch, translating lab findings into real-world resilience. Large buyers tell us when material makes its way to the far side of the supply chain, it still performs—and that’s worth more than any single purity metric or data sheet promise.

    Everyday Applications and Case Stories

    We didn’t guess at the use cases for Synfumei® 6702—we learned from chemists and processors after hundreds of plant trials, pilot runs, and launches. In decorative cosmetics, our wax anchors mascara and brow formulas, balancing rigidity with flexibility so sticks apply clean and soft, but never crumble in hot weather. Chewing gum makers prefer 6702’s neutral taste and elastic snap, while polish manufacturers keep returning because the buffers build up a hard, glossy shine that easily matches or outpaces natural grades.

    Food and pharma companies see peace of mind thanks to our strict batch release controls, reducing risk of heavy metal, pesticide, or biological residues that sometimes sneak into nature-sourced lots. For molded products, 6702 supports sharp casting at both high and low fill rates. Its handling profile means faster equipment cleaning and fewer shutdowns due to clogging or fouling. Years of small improvements shaved minutes, then hours, off processing times. Even candle makers see fewer drips and more uniform burning—small wins stacking up to stronger brands.

    We listen when customers voice uncommon needs. For example, a skincare customer needed a wax with improved shelf stability during long ocean freight, so we tuned our antioxidant blend for better oxidation resistance at target storage temperatures. For a confectionery plant dealing with sugar bloom under humid, tropical conditions, our technical team walked the line, adjusted the cut profile, and produced a custom run using 6702 as the backbone. The reduction in product loss and returns paid for the R&D investment many times over.

    Confidence in Sourcing for Long-Term Production

    Switching from natural to synthetic means more than changing a line on a specification sheet. When big companies scale up, smoothing out variability pays off by reducing downtime, off-spec batches, and costly recalls. In sourcing, security and predictability win out over chasing the cheapest numbers. This was our team’s experience during the last stretch of supply crunches that swept through the wax markets. Agricultural shortfalls, trade disputes, and transport bottlenecks cut into global candelilla supply, driving up price and making quality erratic. We fielded urgent calls for consistent supply, even from companies long attached to the “all-natural” label.

    We hold inventory buffers, map our supply chain risks, and build redundancies all the way through sourcing to the last container loaded. Our synthetic wax line avoids connection to monoculture diseases, weather swings, or cross-contamination with traditional plant or insect waxes. We worked jointly with partners in every region, tracking changes in customs regulations, tariffs, or local requirements, so nobody ends up blindsided by changes in legal allowances or import status. Several markets now encourage switching to high-purity synthetics for safety and waste-reduction targets—and 6702 fits firmly within these goals.

    Quality Controls and Traceability from Manufacturer to Customer

    Being a direct manufacturer, we get to set ground rules from the first kilo to the last drum. Each run of Synfumei® 6702 gets logged, checked, and sampled according to protocols shaped by more than twenty years of hands-on batch work. Layers of quality checks follow each stage, from raw input blending to finished product pulls, and detailed records help us isolate outliers before they reach shipping. We stand by the data and maintain open channels with customers, sending full batch test reports that explain not just the numbers, but their impact on formulation and product life.

    We avoid chasing specs that look sharp on a PDF but don’t translate on the machine. Our experience taught us that sticking to numbers without respect for application leads to rework and frustration in the field. We take pride in keeping impurity levels and residual solvents to a minimum. The traceability program we use links every pack to its batch record, up and down the chain, supporting robust documentation for quality audits and regulatory questions. This isn’t about hitting arbitrary targets—it’s about arming customers with real proof for their own customers in markets where transparency keeps tightening each year.

    Key Advantages Over Traditional and Other Synthetic Waxes

    Comparisons come up all the time: Why pick Synfumei® 6702 over plant-based waxes or even other synthetics? The edge starts in processability. We tune the molecular profile so users experience reliable pour behavior, but with improved flex for harder applications. Polymers and resins mixed with our product avoid phase separation, even at unusually high or low process temperatures. Natural sources can carry bio-loads, traces of crop residues, and color contaminants; our process takes these off the table.

    Other synthetic waxes often chase the look of candelilla but miss one or more key properties—higher odor, unstable melt profile, or incompatible solubility. Years in the plant taught us how to balance straight-chain hydrocarbons, ring structures, and ester content to match the “feel” of natural candelilla while refining it for modern, high-throughput lines. Product designers running pilot trials on compounding lines see the practical effects: fewer machine stoppages, consistent lot acceptance, and the flexibility to pivot between end products without a new learning curve every time.

    We answer directly to feedback from the line. Once, a customer reported buildup issues with a competing wax during long extrusion runs; our technical specialists ran simulated production trials, mapped the softening range using a precision thermomechanical analyzer, and adjusted our formula. Loss in downtime dropped by over 30 percent based on their own maintenance logs. These practical, field-based improvements shape each iteration—our synthetic wax is not a static formula, but the product of continuous partnerships with global brands.

    Purity alone never solved every customer problem. Our competitive edge comes from reliability under real industrial conditions. Over dozens of installations, packaging and forming lines using 6702 reduced both friction and shedding, making finished goods less likely to scuff or show surface marks. The non-reactive nature of our wax means the risk of leaching into food products or cross-polarization in electrical engineering uses stays low—an assurance that keeps procurement teams coming back for expansion projects.

    Better Sustainability Without Trade-Offs

    Synthetic waxes often get side-eyed in sustainability discussions, but there’s more to consider. Harvesting large amounts of natural candelilla puts pressure on wild plant populations, risking ecosystem imbalance and eventual regulatory backlash. Our production lines run on carefully tracked energy sources, recirculating useful heat, managing water use, and eliminating hazardous byproducts as standard. Waste controls ensure almost all byproducts get recaptured, purified, or sold for secondary processing rather than landfilling.

    Where customers require documentation, we share lifecycle assessments and third-party analyses of our environmental impact relative to harvesting, refining, and transporting traditional waxes. Customers who source for green targets in packaging, food coating, and personal care formulations often find their carbon profile improves after switching to our synthetic alternative. The process moves away from extractive models, reducing dependence on agricultural volatility and lessening the chance of illegal or questionable sourcing.

    Our research team continues working with industry associations to improve data transparency on life cycle emissions and trace components, so nobody gets routine greenwashing. Materials like 6702 open a practical pathway: dependable material supply that safeguards ecosystem health and runs leaner on inputs. It’s not about abandoning tradition, but replacing the most problematic links in the supply chain with a solution proven among leading brands.

    Solving Production Pain Points, One Customer at a Time

    Every year, our engineers and field experts clock thousands of hours inside customer plants. This hands-on approach exposes us to issues databases don’t capture. Late last year, we helped a contract manufacturer facing tough compliance demands and erratic natural wax deliveries. Audits and supply reviews flagged the standard candelilla wax for unexpected polycyclic residues. In switching to Synfumei® 6702, the customer passed regulatory hurdles and was able to take on bigger retail contracts with less risk. We supported the switch-over, logging before-and-after data, dialing in mix ratios, and giving on-site training so operators could hit the ground running with no lost productivity.

    Another example landed in industrial lubricants, where paraffin blends kept failing under load, leading to wear and equipment stoppages. By moving to our synthetic 6702, the company kept their viscosity and lubricity targets, but gained better resistance to friction-induced breakdowns—often a make-or-break detail in demanding mechanical applications. These field victories matter more to us than awards or government nods.

    Real problems drive innovation. From complaints about muddy hues to requests for better shelf life, our R&D team answers to customers, not quarterly trends. For instance, we recently worked on a version of 6702 tailored for vegan-certified personal care, stripping all traces of animal and insect-sourced additives. The customization capabilities of a synthetic process let us address niche needs head-on, not just follow broad market averages.

    Continuous Improvement Informed by Decades of Experience

    Manufacturing isn’t just about chemistry, supplies, and specs—it’s about building confidence at every step from idea through to scaling and reorders. Our team spent years making mistakes, listening to honest criticism, adjusting lines, and getting it right after cycles of trial and error. Emerging chemistries, new compliance barriers, and shifting consumer sentiment all drive us to keep refining Synfumei® Synthetic Candelilla Wax 6702.

    We believe in sharing knowledge. Technical training, formulation guidance, and transparent QC data empower product teams to push new boundaries. We don’t pressure customers into one-size-fits-all contracts or hide flaws behind marketing fog. If a batch goes off spec, we address it directly—no blame games. The mission remains: let partners make products they’re proud to send into the world, with minimal hassle and maximum traceability.

    Years ago, synthetic waxes fought against the perception of being “unnatural” or second best. The discussion shifted as supply chains grew global, regulatory demands got stricter, and brand owners demanded more control. Now, the most successful consumer brands and industrial producers build their systems around reliable, traceable input materials. We support the shift not simply because it’s convenient, but because we’ve seen firsthand how it insulates against shocks, supports innovation, and powers growth across sectors.

    Looking Forward

    We keep a close eye on how regulations evolve; each year brings new food contact standards, allergen disclosures, and performance requirements from the world’s largest buyers. By owning our formulas, processes, and customer relationships, we head off issues before they become market disruptions. Our R&D lab focuses as much on end-user safety and manufacturing logic as on aesthetics or chemical stats. Continuous dialogue with makers from five continents sparks the best ideas, and our synthetic waxes keep evolving as a result.

    Performance in a test tube never matches the real world of hot lines, long storage, tricky distributors, and demanding customers. That’s why we build Synfumei® Synthetic Candelilla Wax 6702 for the operating realities you face—not just for spec sheets or trade publications, but for daily manufacturing, frequent audits, brand compliance targets, and sudden pivots. The value comes through not just in raw numbers or claims, but in how the transition translates into success stories, year after year, for those who demand more from every batch.

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