Products

Cerafumei® Rhus Succedanea Wax 5104

    • Product Name: Cerafumei® Rhus Succedanea Wax 5104
    • Alias: RSW5104
    • Einecs: 232-307-7
    • 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

    295582

    Product Name Cerafumei® Rhus Succedanea Wax 5104
    Inci Name Rhus Succedanea Fruit Cera
    Appearance Light yellow solid
    Melting Point 48-54°C
    Acid Value 9-17 mg KOH/g
    Saponification Value 75-95 mg KOH/g
    Iodine Value 5-20 g I2/100g
    Solubility Insoluble in water, soluble in oils and organic solvents
    Odor Mild, neutral
    Origin Vegetable (Japan Wax, derived from the fruit of Rhus succedanea)
    Main Applications Cosmetics, lipsticks, skin care, and candles
    Cas Number 8001-39-6

    As an accredited Cerafumei® Rhus Succedanea Wax 5104 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Cerafumei® Rhus Succedanea Wax 5104 is packaged in 25 kg net weight fiber drums with secure poly liner inner bags.
    Shipping Cerafumei® Rhus Succedanea Wax 5104 is shipped in secure, moisture-resistant packaging to ensure product integrity during transit. It is typically delivered in solid form, packed in sealed bags or containers, and transported at ambient temperature. All shipments comply with standard chemical handling and labeling regulations.
    Storage Cerafumei® Rhus Succedanea Wax 5104 should be stored in a cool, dry, and well-ventilated area, away from sources of heat and direct sunlight. Keep containers tightly closed to prevent contamination and moisture absorption. Avoid storage near strong oxidizing agents. Ensure the product is kept in its original packaging, and protect from excessive humidity or temperature fluctuations to maintain quality.
    Application of Cerafumei® Rhus Succedanea Wax 5104

    Applications of Cerafumei® Rhus Succedanea Wax 5104 in Industrial Manufacturing

    Cerafumei® Rhus Succedanea Wax 5104 is widely utilized in industrial sectors where high purity vegetal waxes provide essential texture, barrier properties, and formulation stability. Below we outline its established downstream applications, detailing sector-specific regulatory frameworks, practical incorporation methods, and the range of finished products developed from this raw material.

    1. Color Cosmetics Formulation

    Cosmetic manufacturers leverage the low melting point and consistent melting behavior of this wax to develop high-performance color cosmetics, such as lipstick and lip balm. Formulators use it to impart structure, enhance pigment dispersion, and achieve desired application characteristics, such as smooth glide and stable stick integrity. The wax is typically introduced during the oil phase blending step, where it helps suspend colorants and modify rheology without causing off-odors or discoloration, traits demanded in color cosmetic applications.

    Industry compliance standards

    • EU Cosmetics Regulation (EC) No 1223/2009
    • Cosmetic Ingredient Review (CIR) Expert Panel Reports
    • China National Medical Products Administration (NMPA) Cosmetic Standards
    • FDA Title 21 CFR Part 700 (United States cosmetics regulation)

    Typical usage ratio

    • 3%–10% by total formula weight, adjusted for target melting point and stick hardness; higher levels for high-shine, rigid sticks, and lower levels for softer or more emollient products

    Downstream process integration

    • Added during the batch melting phase; combined with oils, esters, and butters prior to pigment addition and homogenization

    Final product types

    • Lipstick, tinted lip balm, solid foundation sticks, cream blushes, eyeshadow sticks

    2. Food-Grade Coating and Glazing Agents

    Food manufacturers adopt this naturally derived wax as a fruit coating and confectionery glazing agent due to its food contact safety profile and film-forming characteristics. It forms protective micro-layers that reduce moisture loss and preserve appearance. In food applications, processors melt and filter the wax, then apply it via dipping, brushing, or spraying technologies within controlled zones dedicated to edible coatings.

    Industry compliance standards

    • Japan Ministry of Health and Welfare Food Additive List (as Japan Wax)
    • Codex Alimentarius General Standard for Food Additives (GSFA CXS 192-1995—INS 901)
    • EU Regulation (EC) No 1333/2008 on food additives (E901 - permitted as a glazing agent and coating)
    • FDA 21 CFR 172.886 (Japan wax indirect food additive regulation for coatings)

    Typical usage ratio

    • 0.2%–0.6% by weight of finished product; dosage determined by fruit or confectionery type, desired gloss, and process temperature

    Downstream process integration

    • Introduced post-cooling in confectionery or as a final immersion/spray step for fruit after cleaning and grading; applied using heated rollers, pan coating drums, or spray machines

    Final product types

    • Candied fruit, fresh apples and citrus, chocolate dragees, hard sugar-coated candies, polished nuts

    3. Stick-Type Pharmaceutical Topicals

    Leading pharmaceutical companies specify this wax for ointment and topical formulations requiring controlled melting and spreadability, particularly in stick-type formats like medicated lip balms and wound care sticks. Its low reactivity supports compatibility with a range of active pharmaceutical ingredients (APIs), and it stabilizes the matrix to prevent ingredient segregation during storage and application.

    Industry compliance standards

    • European Pharmacopoeia (Ph. Eur.)—Monograph 2218 (for excipient plant waxes)
    • United States Pharmacopeia (USP) <795>, <800> (Non-sterile Compounding and Handling)
    • ICH Q7 GMP for Active Pharmaceutical Ingredients
    • Good Manufacturing Practice (GMP) for Medicinal Products (EU Directive 2003/94/EC)

    Typical usage ratio

    • 5%–12% of total formulation; ratio influenced by required stick firmness and compatibility with volatile and semi-solid excipients

    Downstream process integration

    • Weighing and melting with oils/base ingredients, followed by dispersion of APIs before pouring into stick molds under controlled cooling; process ensures uniformity and stability

    Final product types

    • Medicated lip balms, nasal ointment sticks, topical cold sore sticks, wound barrier sticks

    4. Leather Finishing Compounds

    Leather finishing plants employ Rhus Succedanea wax for soft-gloss shoe polish and high-lustre surface conditioners. Its unique ester composition yields a polish that buffs easily to a gloss while enhancing water repellency and color depth. Technicians blend the wax with solvent or emulsion systems, adjust consistency as required for liquid or paste products, and apply the finish during the final polishing step after buffing and drying.

    Industry compliance standards

    • REACH Regulation (EC) No 1907/2006—Registration of leather finishing chemicals
    • OEKO-TEX® Leather Standard
    • ISO 22716:2007 (Good Manufacturing Practices for cosmetic products—relevant for shoe and leather creams)
    • Leather Working Group (LWG) Environmental Stewardship Protocol

    Typical usage ratio

    • 8%–18% by formula weight; increased content for firm pastes, lower content for liquid polishes or sprays

    Downstream process integration

    • Premelted and blended with natural and synthetic waxes, perfuming agents, dyes, and polishing oils in batch reactors, then cooled and filled into tins or dispensers

    Final product types

    • Shoe polish paste, cream conditioners, leather balm sticks, high-gloss surface waxes

    5. Pressure-Sensitive Adhesive (PSA) Compounds

    PSA formulators in the tapes and labels industry utilize this wax to control cold-flow, set-point, and surface tack of hot melt adhesives designed for easy peel or removable applications. Its controlled melting interval and compatibility with hydrocarbon and synthetic waxes let technical teams fine-tune open time and bond strength. The wax is charged into blending vessels during the molten phase, with subsequent integration into PSA compound batches processed via extrusion or drum filling.

    Industry compliance standards

    • ISO 9001:2015 Quality Management (adhesive production)
    • ASTM D3330 (Adhesion of Pressure-Sensitive Tape to Steel)
    • FDA 21 CFR 175.105 (Adhesives for indirect food contact—where relevant)
    • GB/T 2792-2014 (Chinese National Standard for Adhesion Properties of PSA tapes)

    Typical usage ratio

    • 2%–8% of total adhesive compound; exact percentage determined by formulation type, viscosity target, and end-use temperature requirements

    Downstream process integration

    • Added with tackifying resins and polymer bases into hot melt mixers or extruders to reach uniform blend before casting onto release liners or backing films

    Final product types

    • Removable paper labels, repositionable tape, masking tape, surface protection films

    6. Candle Manufacturing—Specialty Blends

    Candle producers include this wax in blends for specialty candles requiring reduced soot, unique crystal formation, or softer surface feel. Its inclusion alters crystallinity and burn profile, and it acts as a modifier in hybrid systems alongside paraffin, beeswax, and vegetable waxes. Technicians melt and blend the wax as part of the primary phase before pouring, allowing custom texture and burn qualities for decorative or functional candles.

    Industry compliance standards

    • ASTM F2417-20 (Standard Specification for Fire Safety of Candles)
    • RAL-GZ 041 (German Quality Mark for Candles)
    • IFRA Standards for Fragrance Materials in Candles
    • California Proposition 65 (Labeling and safety disclosure on candles sold in California)

    Typical usage ratio

    • 2%–15% of total candle wax blend; ratio selected based on target appearance, burning time, and synergy with co-waxes and additives

    Downstream process integration

    • Molten blending with primary waxes in heated kettles; batch cooled to pouring temperature before fragrance or dye is introduced; final pour into molds or containers

    Final product types

    • Decorative container candles, pillar candles, massage candles, prayer or ritual candles

    Free Quote

    Competitive Cerafumei® Rhus Succedanea Wax 5104 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

    Cerafumei® Rhus Succedanea Wax 5104: Value From Experience

    Real-world Advantages in Formulation and Manufacturing

    At our facility, producing Cerafumei® Rhus Succedanea Wax 5104 is not just a repetitive process; it grows out of a long stretch of hands-on production and trade with raw plant waxes. Every year, we’re comparing our own output to what’s available elsewhere, matching up small details like color consistency, ease of pelletizing, and most crucially, the scent—which plays a surprising role in how our customers choose wax for their projects. The Rhus Succedanea wax we settle on starts off as a pale, faintly aromatic material that works for sensitive cosmetic and candle applications, drawing on the naturally high ester content of the sumac fruit wax.

    We focus on 5104 as a model with a well-balanced melting point, not too high for easy processing on modern equipment but solid enough to give finished goods a pleasing, resilient texture. It lands in the sweet spot between the brittle flakiness of carnauba and the oily softness of standard paraffin blends. Years of running batches have shown us that this model always gives candle lines a cleaner finish, with less tendency toward sweating and frosting under humid conditions. You’ll also see lower smoke emission when tested against pure beeswax—an advantage our technical partners look for in air-sensitive cosmetic sticks and natural incense.

    The Manufacturing Background: What We Change and What We Don’t Touch

    Our team doesn’t view this wax as a simple bulk commodity. Each year, the harvest window and the drying time both shift based on rainfall and temperature, so we’re constantly tweaking the boiling and filtering steps to keep the melt range and acid value near spec. Experience taught us not to push yield at the cost of purity. If we get too aggressive with refining, subtle botanical notes—the kind that elevate fragrance products—vanish. So, we draw a line, and reject oversolvented or overheated material even though it costs us short-term volume.

    We find many buyers, especially in Japanese and European markets, look carefully at microstructure under a microscope, not just macro-performance. Cerafumei® 5104 stands out in this microaspect. Without cheap plasticizers or synthetic stabilizers, it resists graininess after cooling even in large slabs, which has saved quite a few customers from rework on pressed wares or embedding candles. Every year, technical staff in our lab run pilot molds next to small-trial batches from other wax sources—this is where Cerafumei® 5104 makes itself clear by cutting polishes cleaner, with fewer rough ceramic-like crumbs at the edge.

    How Formulators Use Rhus Succedanea Wax 5104 Across Industries

    Product designers and industrial chemists find their way to Cerafumei® Rhus Succedanea Wax 5104 for different reasons. Our feedback shows cosmetic formulators like the feel and the naturally matte cast the wax brings to balms, lipsticks, and stick foundations. Texture settles somewhere between the slip of jojoba esters and the dense drag of candelilla—a unique balance that lets actives disperse smoothly without masking perfumes or botanicals layered in later. Users making contour sticks and cold-processed balms often comment on how Rhus Succedanea wax eliminates the need for additional gelling agents.

    Chandleries and specialty candle houses use this wax either pure or as part of a premium plant-based blend. In both poured and molded formats, Cerafumei® 5104 reduces surface defects and finish dullness compared to classic soy and palm blends. Different from beeswax, it rarely develops “bloom” or white swirls on the surface. Candle studios in warm climates especially value this, as softer wax blends can sweat or slump mid-shipment, while Cerafumei® stays stable. Repeat buyers in the Netherlands and Taiwan have pointed out the mild, neutral aroma of 5104 allows better scent-throw accuracy for essential oil blends, as there’s less base scent to obscure delicate floral or herbal notes.

    Key Differences From Other Natural Waxes

    Not every plant wax works the same way in finished goods, even when the specs look similar on paper. Cerafumei® Rhus Succedanea Wax 5104 holds up under heat and humidity cycles that cause other natural waxes—like soy, rice bran, or even lower-grade sumac blends—to collapse or separate. We attribute this to the unique fatty acid profile of our selected raw sumac berries, reinforced by careful dewaxing and slow, low-temperature crystallization steps in our process.

    Many buyers run into challenges switching from mineral waxes: they find natural waxes can stick, wrinkle, or lose structure under mechanical stress. We’ve spent years refining our process to minimize those problems with Cerafumei® 5104. In technical terms, its ester content and low unsaponifiables give a smooth, self-lubricating action absent in competitors’ products cut with filler oils or overprocessed to a glassy shine. We’ve seen more consistent results with Cerafumei® 5104 in extruded pencils, pressed eyeshadows, and even certain modeling putties, where the blend needs to hold up to pressure, temperature swing, or shear over time.

    Quality Control That Reflects Real Customer Use

    Our approach to QA takes into account more than just batch-to-batch lab checks. Drawing from field reports and customer audits, we know precisely which parameters throw off production lines or create customer returns. Stickiness, color drift, and uneven melt all create headaches on the user end, and our product line has evolved to address those. Rhus Succedanea Wax 5104 remains the only plant wax product we’ve been able to hold the color index on—between pale straw and ivory—even through the humid monsoon months. This saves time for color cosmetics and high-end candles, as customers don’t have to account for seasonal yellowness or greenish tints.

    Our field engineers visit customer plants, not just yearly but often per order, testing side by side with actual production formulations to confirm melt profile and texture. Any deviation in batch feel—too soft, gritty, or dry—gets flagged and corrected at source. This hands-on method cuts complaints and gives our regular buyers the consistency they depend on in competitive markets.

    Why We Refuse Compromises—And Where We Innovate

    Cerafumei® 5104 is the product of decades observing what works and what fails in real-world applications. We’ve tested quick-refined variants and “enhanced” versions blended with lower-cost palm or rice bran fractions. Each trial produced output that looked correct and passed basic physical tests, but failed on subtle points: a change in how a lipstick holds its shape in midsummer, a candle’s surface pocking after three weeks in store, or a batch of eye pencils that shed powder after stamping. Hard-earned experience taught us the only way to ensure real-world quality is to stick to a slow, careful refining process with uncut, mature plant material.

    Our innovation efforts focus not on cost reduction at all costs, but on mild process tweaks that improve the workability and safety of the finished wax. For example, we’ve moved off old solvent-based dewaxing systems toward physical filtration and controlled cooling. This switch reduced trace solvent odor, a key request we gathered from premium candle and skincare formulators, and improved the facility’s environmental rating.

    Safety and Regulatory Perspective—Driven by Direct Responsibility

    As a primary producer, we hold accountability for every drum and box of wax we ship. Regulatory changes on compliance and traceability demand more than updated paperwork—they force us to design traceability into harvesting, curing, and every step of our process. Unlike some trade house-sourced waxes, our Rhus Succedanea 5104 stands out for its single-origin raw feedstock, with documented field traceability and pesticide safety tests run quarterly. Our risk assessment group works ahead of regulatory changes seen in the EU and J-beauty supply chains, so our customers can count on compliance backed by primary data.

    Cosmetic and candle formulators increasingly want limited-ingredient, plant-based waxes with clear origins and low processing aids. Our deep familiarity with downstream regulations lets us provide clear, documented answers about sourcing, sustainability, and safe use—based on direct harvest and production data, not cut-and-paste MSDS claims. Every buyer gets direct access to lot-level specs on biogenic content, residual solvents, and heavy metal absence, simplifying their own regulatory audit trails.

    Trends Transforming the Wax Market—Why Rhus Succedanea Remains Relevant

    Markets worldwide continue to move toward cleaner-burning, plant-based waxes with transparent supply chains. Consumers ask for proof behind every "natural" claim, and just posting a generic analysis isn’t enough. Over the last five years, we’ve seen the requests for single-ingredient, unadulterated plant waxes grow faster than any other wax category. Cerafumei® 5104 slowly won share because large buyers recognized the significance of a stable texture, pale color, and scent-neutral base for complex formulations.

    Candle designers and body care brands increasingly combine new technologies with traditional aesthetics—using natural waxes in layered blends, pressed balms, and slow-release fragrance devices. Some of our customers experiment with high-shear mixing or low-pressure extrusions, which can cause traditional sumac wax to break down, develop roughness, or separate oils. Our in-house approach—tuning crystal growth rate and ensuring a narrow cut on acid value—means Cerafumei® 5104 delivers consistent results even as application technology evolves.

    Environmental and Social Responsibility Grounded in Practice

    We source Rhus Succedanea berries under fair trade and rural land use guidelines. Field teams work with longstanding partners in origin regions to ensure workers get direct benefit and local environments aren’t under strain from over-harvesting. Unlike many other plant wax sources, the sumac trees we draw from don’t compete with major food crops and grow in marginal soils, so cultivation supports rural incomes without agricultural displacement.

    Our plant runs on a mix of grid and solar, supported by strict water reuse cycles to limit environmental loads. All non-product plant residue goes to making biomass fuel for local heat needs. Auditors from multiple supply chain bodies confirm this each year, but more concretely, visiting buyers see firsthand how the operation links rural collection, careful cleaning, and energy-minded running to a finished wax batch, without the dead-end waste many synthetic or heavily refined waxes create.

    Understanding Customer Needs Beyond Performance Numbers

    Decision-makers choosing waxes for their own processes don’t just read spec sheets. They look for tactile, aesthetic, and practical qualities that can only be judged by experience. Ceramicists who tried out our 5104 for burn-out patterns in porcelain found it burned cleaner and left less carbon than similar cuts; makeup brands reported that 5104 held tinted pigments in suspension even in heat cycles; traditional incense houses noted longer shelf stability and more responsive mixing with resins compared to Japanese beeswax. For us, the most valuable feedback comes not from first orders, but from formulators who return after running manufacturing with a range of waxes, deciding Rhus Succedanea 5104 solves texture, melt, or fragrance issues they couldn’t fix with other natural alternatives.

    Face-to-face work with technical teams at larger partner companies has shown us places Rhus Succedanea wax can outperform expectations: increasing the temperature stability of foundation sticks, giving pressed balms a polished, high-end finish, or lending poured candles the sort of silhouette and cold scent throw that draws buyers. Because we’ve stood behind the product through decades of regulatory shifts, customer complaints, and seasonal volatility, we translate those demands into real process and selection choices—not just marketing spin.

    Ongoing Product Development Rooted in Manufacturer’s Experience

    No batch is ever static. Each harvest brings subtle changes in berry oil composition, water load, and residue. From our earliest years, we realized you can’t rely purely on control charts or spec numbers to lock down quality; our staff regularly adapt clarification and cooling to compensate for field variation, even pausing production rather than pushing through questionable raw berries. This level of vigilance matters more than quarterly audits or strict lab checks, as every case of customer trouble we hear about elsewhere—with blotchy candles, seeping oils, or brittle balms—comes down to a lack of deep connection between manufacturer and source.

    We keep an open line to small innovative brands as well as major buyers, running pilot lots or adjusting melt point by small increments to help test niche applications: carved incense sculptures, specialty vegan crayons, or latex-safe balms for the tattoo industry. Each year’s lessons cycle back into process improvements or field selection protocols, helping us maintain a product that remains relevant and trusted by those who actually put it to use, not just those reselling it by the ton.

    Final Thoughts—Decades at the Furnace, Not Just Behind a Desk

    What sets Cerafumei® Rhus Succedanea Wax 5104 apart cannot be captured in a table of properties, nor in a few marketing sound bites. The difference comes from a tradition of paying attention, from hands covered in sumac dust, from long nights spent troubleshooting cooling tanks, and from relationships with field workers, buyers, and testers built up over years. This is what delivers a natural plant wax that people can depend on, batch after batch, year after year.

    Our approach isn’t aimed at turning out the cheapest wax, nor at appealing to every “green” trend—rather, it comes down to producing a consistently high-quality material that solves problems for real users. That means being honest about seasonal shifts, handling challenges on the ground, and stubbornly keeping low-temperature refining and ingredient purity at the center of everything we do. So for those seeking a natural wax that delivers both a unique finish and practical reliability in demanding applications, Cerafumei® Rhus Succedanea Wax 5104 offers an option rooted not just in good intentions, but in long-accumulated skill and responsibility.

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