Products

Higsoft®-BTMS50 Behentrimonium Methosulfate

    • Product Name: Higsoft®-BTMS50 Behentrimonium Methosulfate
    • Alias: btms50
    • Einecs: 266-573-2
    • 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

    821588

    Inci Name Behentrimonium Methosulfate (and) Cetearyl Alcohol
    Appearance White to off-white flake or pellet
    Odor Mild, characteristic
    Active Content 50%
    Solubility Dispersible in water, soluble in hot water
    Usage Level 1–10% (typically 2–5%)
    Ph Value 1 5.0–7.0
    Melting Point 55–65°C
    Primary Function Cationic emulsifier and conditioner
    Ecotoxicity Biodegradable

    As an accredited Higsoft®-BTMS50 Behentrimonium Methosulfate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Higsoft®-BTMS50 Behentrimonium Methosulfate is packaged in a 25 kg white HDPE drum with a secure screw cap.
    Shipping Higsoft®-BTMS50 Behentrimonium Methosulfate is shipped in sealed, high-density polyethylene (HDPE) drums or pails, typically in 25kg or 200kg containers. The product is securely packaged to prevent moisture ingress and contamination, with clear labeling for handling and safety. Store in a cool, dry place away from direct sunlight.
    Storage Higsoft®-BTMS50 Behentrimonium Methosulfate should be stored 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. Store at temperatures below 40°C, and avoid extreme temperature fluctuations for optimal stability and product performance.
    Application of Higsoft®-BTMS50 Behentrimonium Methosulfate

    Applications of Higsoft®-BTMS50 Behentrimonium Methosulfate in Industrial Manufacturing

    Higsoft®-BTMS50 Behentrimonium Methosulfate plays a critical role as a high-purity quaternary ammonium compound in several advanced industrial sectors. Its use is supported by rigorous manufacturing methods, adherence to international standards, and deep technical understanding of customer application requirements. Below, we outline key industrial application scenarios backed by on-site production experience and real-world regulatory requirements.

    1. Hair Conditioner Manufacturing

    In modern cream and rinse-off conditioners formulated by OEM and ODM partners, Higsoft®-BTMS50 provides high-conditioning performance with excellent detangling and emolliency. Producers add the ingredient during the oil phase of wet milling and emulsification, targeting controlled viscosity and sensorial conditioning effects demanded by top-tier brands. Production teams ensure batch consistency through in-process testing and strict conformity to market-specific safety regulations for skin and scalp care.

    Industry compliance standards

    • Regulation (EC) No 1223/2009 (EU Cosmetics Regulation)
    • U.S. FDA Title 21 CFR 720.4
    • China GB/T 29665 Hygiene Standard for Cosmetics
    • IFRA Code of Practice (fragrance supplier interface)

    Typical usage ratio

    • 1%–5% by weight, adjusted to formula type (wash-off or leave-in) and target hair texture; premium repair masks may reach up to 7% in concentrated salon lines

    Downstream process integration

    • Added to heated oil phase, followed by incorporation into aqueous phase under high-shear homogenization; emulsification performed above 70°C before cooling and addition of heat-sensitive components

    Final product types

    • Consumer rinse-off conditioners (creams, emulsions)
    • Salon-grade mask treatments
    • Leave-in sprays and detangling creams
    • Pigment conditioning bases for colored hair ranges

    2. Cationic Emulsions for Skin Creams

    Manufacturers of premium skin treatment creams integrate Higsoft®-BTMS50 to form stable cationic emulsions, especially where emolliency and mildness on sensitive skin are targeted. Its self-emulsifying action enables efficient blending with fatty alcohols and plant oil esters, reducing surfactant irritation potential and improving application feel for sheet mask essences and creams intended for sensitive skin markets.

    Industry compliance standards

    • ISO 22716:2007 Cosmetic GMP
    • ASEAN Cosmetic Directive
    • Japan Standards of Quasi-drugs (for quasi-drug creams)
    • EU Regulation 2017/1410 (allergen labeling requirements)

    Typical usage ratio

    • 0.5%–4% by weight; lower end for facial lotions, higher end for body balms or protective barrier creams

    Downstream process integration

    • Solubilized in the heated fatty phase along with plant oils and co-emulsifiers; high-shear emulsification with active phase at 60–80°C; ensures dispersion of micronized actives for sensitive formulations

    Final product types

    • Facial moisturizing creams
    • Barrier protection balms
    • Sheet mask emulsions
    • Soothing and hypoallergenic lotions

    3. Conditioning Shampoos and Two-in-One Cleansers

    Personal care manufacturers incorporate the raw material into conditioning shampoo bases and two-in-one cleansing formulas to balance detergent cleansing with hair conditioning, reducing friction and improving combability on both wet and dry hair. Formulators target regulatory and marketing requirements for low-irritation, high-performance hybrid products for both consumer and spa applications in varied global markets.

    Industry compliance standards

    • EU Cosmetics Regulation (EC) No 1223/2009
    • US FDA Cosmetic Ingredient Review (CIR) Safety Database
    • India IS 4707:2020 (Ingredients for Personal Care Products)
    • GMP ISO 22716

    Typical usage ratio

    • 0.2%–1.5% by weight, adjusted to surfactant system and hair type target; higher dosing for damaged, colored, or ethnic hair product lines

    Downstream process integration

    • Dissolved with other conditioning agents and cationic polymers following surfactant phase preparation; batch heated to required temperature before addition of thickeners and final pH adjustment

    Final product types

    • Conditioning shampoos for all hair types
    • 2-in-1 shampoo-conditioner hybrids
    • Cleansing creams for dry or curly hair
    • Bar-format "solid shampoo" blends

    4. Fabric Softener Additives

    Household and institutional laundry formulators use this ingredient as a key alkylating agent in cationic fabric softeners, targeting premium performance at moderate dosages. The compound enhances fiber lubrication and static control in after-wash rinse cycles, where regulatory approvals for rinse-off non-food contact chemicals and strict residue limits in textiles apply. Its high biodegradability profile supports claims for eco-label products.

    Industry compliance standards

    • EU Detergents Regulation (EC) No 648/2004
    • U.S. EPA Safer Choice Standard (for ingredient disclosure)
    • OECD Biodegradability Guidelines (OECD 301 series)
    • ISO 9001:2015 Quality Management in Detergent Manufacturing

    Typical usage ratio

    • 0.5%–3% by weight in concentrated softener bases; adjusted per target softness grade and required dilution for end-user packaging

    Downstream process integration

    • Dispersed into heated water with agitation and combined with other cationic surfactants; homogenization continues until uniform milky emulsion forms before fragrance and preservative addition

    Final product types

    • Liquid fabric softeners for retail and institutional lines
    • Concentrated eco-label softener bases for private label filling
    • Softener sheets (as a process aid for binder-coating solutions)

    5. Hair Dye Creams and Cream Developer Bases

    Professional hair dye manufacturers rely on this quaternary surfactant to improve pigment dispersion into cream bases, increase the ease of application, and reduce hair damage through lubrication during dyeing. Formulators work to balance penetration and mildness, especially in oxidative coloring systems, while confirming ingredient compliance to hair dye regulatory regimes and salon-use stability testing.

    Industry compliance standards

    • EU Cosmetics Regulation Annex III (hair dye ingredient lists)
    • Japan MHLW Quasi-drug Standards for Hair Dyes
    • Health Canada Cosmetic Ingredient Hotlist
    • REACH registration for professional-use substances

    Typical usage ratio

    • 0.3%–2.5% by weight, always in accordance with pigment and developer loading as well as viscosity and spreadability requirements

    Downstream process integration

    • Incorporated during emulsification of the oil phase of dye cream; interacts with pigment dispersions and peroxide developers at temperatures controlled by automated dosing systems

    Final product types

    • Professional and consumer hair dye creams (oxidative, semi-permanent)
    • Cream developer/oxidizer bases
    • Post-dye hair conditioning serums

    6. Styling Creams and Leave-In Conditioners

    Producers of high-demand leave-in treatments and light styling creams include this raw material in formulations to impart light, non-greasy conditioning, control frizz, and maintain curl definition for Asian, African, and Caucasian hair textures. It supports viscosity control and imparts a stable cationic charge, enhancing product stability across broad temperature ranges and distribution conditions.

    Industry compliance standards

    • EU Cosmetics Regulation 1223/2009
    • IFRA Code of Practice for fragrance safety
    • ISO 22716 GMP
    • ASEAN Cosmetics Directive

    Typical usage ratio

    • 0.8%–3% by weight, set according to hold level, desired creaminess, and compatibility with botanical oils or silicones

    Downstream process integration

    • Introduced during the hot phase of emulsion blending with fatty alcohols and thickeners; supports high-shear mixing after other conditioning polymers and fixatives are dispersed

    Final product types

    • Leave-in anti-frizz serums
    • Curl-defining creams and lotions
    • Light styling balms
    • Thermal protection sprays (as a co-emulsifier in oil-in-water bases)

    Free Quote

    Competitive Higsoft®-BTMS50 Behentrimonium Methosulfate 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

    Higsoft®-BTMS50 Behentrimonium Methosulfate: Effective Conditioning From a Manufacturer’s Perspective

    Shaping Modern Conditioning Agents

    Manufacturing quality conditioning raw materials comes from a mix of know-how, attention to detail, and constant review of market feedback. Higsoft®-BTMS50 Behentrimonium Methosulfate, as produced in our own facility, has found a favored place in the hair care industry—especially among formulators and larger producers who value predictable results. Over years of testing product batches, partnering with brands, and adjusting process parameters, we’ve learned what distinguishes a good cationic emulsifier from a run-of-the-mill one. In practice, superior smoothness in finished products and a reputation for good user feel only happen with tight control over purity and moisture content. Each batch goes through set performance tests and a sensory review that we believe separates manufacturers from vendors.

    Key Attributes That Matter to Formulators

    Higsoft®-BTMS50 contains approximately 50% active Behentrimonium Methosulfate, with the remainder comprised mainly of Cetearyl Alcohol and trace moisture. Our process yields consistently white, soft pastilles with an even texture that helps users judge dissolution in water. The full process—from raw material sourcing to controlled reaction temperatures—affects more than just analytical numbers. We maintain low impurities, and our emulsifier’s cationic nature supplies both the electrostatic attraction to hair fibers and the lubricating feel on wet or dry hair.

    We’ve often fielded questions from professional chemists and R&D heads about why a 50% content seems optimal, especially compared to the lower BTMS25 versions. Over our years producing both forms, we have noted that 50% systems allow for more efficient oil phase thickening and deliver better detangling, especially in rinse-off formats. The higher concentration adapts well to creams, hair conditioners, and even lighter sprays, so creative formulators appreciate the flexibility.

    Differences From Lower Content Grades and Unblended Quats

    BTMS50 distinguishes itself from lower content blends and alternative quaternary emulsifiers both in its feel and performance. As manufacturers, we follow rigorous material standards that start with behenic-derived feedstock (usually from rapeseed oil). Pure, high-content Behentrimonium Methosulfate brings out a rich but non-greasy afterfeel, which consumers sometimes call a “silky slip.” In direct comparative testing, conditioners based on lower amount blends (such as products with 25% actives) fail to provide the same friction reduction and often leave hair feeling weighed down due to required higher use levels.

    This is more than just a matter of numbers on a spec sheet. In formulation work, stability against separation and cold-thickening behavior improve markedly with the higher purity version. Many newcomers expect that simply increasing the dosage of a lower grade will replicate effect, but this introduces excess fatty alcohols, dulling hair sheen and sometimes altering consumer perception. We’ve tracked repeat feedback from customers—most noticeably higher satisfaction with post-rinse smoothness and better combability in products featuring Higsoft®-BTMS50 compared to other emulsifier blends.

    Manufacturing Insights: Quality From Start to Finish

    Producing BTMS50 at scale requires more attention than most realize. We handle each batch from synthesis to finished form, maintaining high reactant purity. Too many shortcuts at the raw material stage can introduce residual reactants or byproducts, and these small impurities show up as off-odors, discoloration, or—more importantly—poor product performance. Maintaining stable reactor temperatures and slow addition of methylating agents extends batch times, but this patience translates into consistent quality. It also lets us control the molecular weight distribution, a detail often overlooked by those not in production.

    Packing pastilles at the correct residual moisture level stops clumping in storage and ensures dissolved actives always disperse evenly for downstream formulators. Some customers have commented on the easy handling and increased flow, which we see as a direct result of careful process design, not just better packaging. We’ve also integrated routine checks for batch-to-batch sensory consistency; after all, chemists might notice analytical drift, but consumers experience product feel first and foremost.

    Usage Recommendations Born From Practice

    Across repeated market trials and collaborations with conditioner brands, we have seen Higsoft®-BTMS50 function best in rinse-off conditioners, leave-in creams, detangling sprays, and even styling balms. The percentage added to formulations rests typically between 1% and 5% depending on the finished product’s texture and intended performance. Our technical support often helps optimize balance between conditioning and weigh-down.

    We recommend pre-melting in the oil phase for the best integration—given that it dissolves between around 60-70°C, a temperature accessible in most standard production setups. Manufacturers who try to shortcut this step face more grainy textures, so we stress careful melting and gentle mixing. This practice pays off in texture and shelf stability, which show up in the end product’s consumer appeal as well as its long-term storage qualities.

    For leave-in applications, users favor soft afterfeel and combing ease bordering on “weightless conditioning.” Overdosing, though, can introduce some buildup, based on both panel tests and analytical residue measurements in hair tresses. For rinse-out products, the higher charge density deposits a conditioning layer that persists through several washes, as confirmed in partner salon trials and home-use panel feedback.

    Direct Experience From Working With Large and Small Formulators

    Over years collaborating with shampoo and conditioner manufacturers, we’ve been asked about optimizing everything from cold process blending to rapid scale-up. While standard emulsifiers seem interchangeable on paper, day-to-day plant use tells another story. BTMS50’s reliable melting and consistent pastille form have solved issues for plants that used to handle only granular emulsifiers. Some customers run older jacketed tanks, others operate newer inline blending systems—either way, consistent batch pick-up in water and oils means less downtime.

    We have worked with new plant engineers troubleshooting inconsistent creaminess in conditioners. Adjustable process temperature is not the only variable—they learned from our suggestions that wetting powder too quickly or failing to match oil/water phase ratios can keep conditioning actives from spreading correctly across hair strands. The lessons we’ve collected from helping others often feed back into how we monitor our own reactors, striving to anticipate downstream use-case issues.

    It’s the details like this—conversations over pilot run results, calls after off-spec shipments, on-site blending trials—that allow a manufacturer to refine not just purity but real-world performance. When we observe recurring complaints, such as haziness or poor initial solubility, we track these back to particle size or small shifts in behenyl chain length from upstream changes. Our approach is to resolve quality at its source.

    Market Trends and the Role of Quaternary Emulsifiers

    Consumers today are wary of harsh chemicals and demand both performance and clarity around ingredient safety. We’ve shifted sourcing strategies toward more traceable behenic raw materials, posting updated supply chain data for customers’ own regulatory requirements. Compliance teams from large personal care brands have audited our facilities, requiring not just the assurances but the on-ground records of good manufacturing practice.

    While some debate persists online about methosulfate versus sulfate chemistry, we stick to facts derived from both long-term experience and published studies. Behentrimonium Methosulfate, as found in BTMS50, does not behave like harsh surfactants—its positive charge targets only the hair surface, minimizing scalp irritation risk and providing the “bonding” smoothness most consumers and stylists seek. We have commissioned third-party skin sensitivity and ocular safety tests, confirming its suitability for rinse-off and leave-in products.

    Interest has risen in “naturally derived” conditioning systems. We’ve managed to keep our BTMS50 in line with these demands by focusing on physical and performance attributes, including full traceability of the behenic chains back to non-GMO rapeseed sources when requested. Though regulation drifts slowly, we keep documentation on hand not only for INCI registration and EU reach but also for those customer audits seeking assurance on palm-free or allergen-free claims.

    Comparison With Other Common Conditioning Emulsifiers

    Ever since newer plant-based quats hit the market, chemists have sought side-by-side comparison. Over numerous in-house and third-party blind tests, we compared Higsoft®-BTMS50 with Cetrimonium Chloride blends and bis-(hydroxyethyl) dimethyl ammonium chloride (Behentrimonium Chloride). Across several factors—detangling, deposit persistence, spreadability, and composition—the BTMS50 blend constantly performed better for comb-through, silkiness, and afterfeel.

    Other quats often rely on solvent blends or are presented in liquid form, which introduces preservatives and can limit formulation textures. Our solid pastilles offer simplicity in storage and precise dosing control. Alternative cationic surfactants may appear cost-effective, but performance per unit cost measured against user satisfaction tilts things back in BTMS50’s favor. Our data shows less need for co-emulsifiers, reduced irritation feedback, and a more favorable skin and eye profile, supporting safer “family use” for finished brands.

    Quality Control: Why Reproducibility Makes The Difference

    Repeatability sits at the core of manufacturing reputation. We have invested in analytical tools—such as melting point measurement, particle size analysis, FTIR and NMR methods—and trained our operators to read quality signals beyond the instrument’s screen. No instrument, no matter how sophisticated, can substitute for the batch-by-batch assessment of texture, odor, and expected melt time.

    We’ve worked with formulation labs frustrated by inconsistent results from products sourced through intermediaries rather than direct manufacturers. Plant records bear out our point: traceability and close lot tracking allow quick identification of any batch showing deviation. Mistakes sometimes happen, so we keep open communication and a responsive technical team—experiences we gained from managing customer field trials where a hidden batch shift might ripple into months of downstream troubleshooting.

    Feedback Loops: Improving Product and Plant Processes

    The habit of direct engagement with customers pays dividends in insight. We collect reports on batch run behavior in different climates, storage stability under varied humidity, and real-world performance across dozens of final product types. This has led us to tweak cooling rates, alter feedstock blends, and trial alternative packaging—not out of blind pursuit of novelty but as response to real market challenges. Our facility adapts; our BTMS50 today reflects lessons learned from both success and setback.

    Formulators sometimes send products back for review, complaining of grittiness or color drift. Most of these stem from minor tweaks on the user’s side—too rapid cooling or an attempt to quick-dissolve in water phase. From discussion, demonstration, and shared on-site process optimization, we’ve built a bank of process solutions which help new customers avoid years of trial and error. We pass on these improvements in every specification update and batch certification, letting facts and results guide practice.

    Supporting Brands From Startups to Multinationals

    We supply BTMS50 not just to global names but to countless local brands and startup ventures entering the market with innovative textures and green claims. Our direct manufacturing gives an advantage—ability to respond to new market flavor quickly, supply tailored documentation for claims, and adjust shipment sizes from kilo lots for indie launches to multi-tonne for scale-up.

    New companies seek supplier partners who anticipate shifts, whether in ingredient transparency or round after round of compliance checks. We understand formulation pivots and ingredient substitution pressures that often disrupt product launches. Our technical staff remain on hand for ingredient compatibility data, troubleshooting, and formulation tips, because we know real R&D rarely follows a straight path.

    Brands pushing “natural” or clean beauty have asked for palm-free, vegan, and allergen-free declarations; we adjust sourcing and testing regimes in response. For companies under regulatory review—whether US, EU, or Asia-Pacific—our documentation and support smooth out the approval process, bypassing frustrating delays and giving brands confidence in both their product claims and their ingredient supply.

    Looking Toward Sustainability and Future Requirements

    Sustainability, supply chain traceability, and evolving ingredient norms drive much of today’s market movement. Our sourcing focuses on renewables—primarily rapeseed-based raw material—and our process cuts water and energy use per kilo produced. Life cycle data, available upon request, shows real reductions in waste and emissions compared to legacy producers. Our plant employs closed-loop cleaning systems and batch tracking, reducing contamination and waste discharge.

    For brands aiming to meet eco-label or “clean beauty” standards, we provide the verified supply chain data and certification documentation required for third-party audits. Manufacturers must take real steps beyond vague commitments—switching energy sources, reducing material loss, and documenting every step of the ingredient’s path through the plant. We routinely host partner audits, publishing improvement reports when issues occur and following up with concrete changes rather than just promises.

    Customers push for change, so we keep reformulation and pilot program options available. If a customer requires custom blends or advanced performance tweaks—perhaps boosting conditioning at lower use levels or meeting a new regional compliance rule—we adjust, run validation batches, and return samples for feedback. This cycle of listening and rapid response builds partnerships based on results, not just spec sheet promises.

    Why BTMS50 Has Secured Its Position in Hair Care Formulation

    The reliability of Higsoft®-BTMS50 comes from its consistent chemistry, well-honed batch process, and the support we offer downstream. Finished products—conditioners, creams, treatments, masks, and sprays—all benefit from reduced tangling, faster comb-through, and a non-greasy touch consumers recognize instantly. Market research shows higher repurchase and satisfaction rates for brands using consistent quats at optimal actives ratios.

    Locally and globally, manufacturer reputation rests not on a single batch but the ability to deliver over years, support new product launches, and respond to feedback with more than words. Chemists and end users endorse Higsoft®-BTMS50 for its gentle profile, detachable build, and the lack of harsh fallout that sometimes plagues polyquaternium or silicon-laden formulas.

    Standing by Our Product With Practical Experience

    Over decades of manufacturing BTMS50 active blends, we’ve learned that no product stands still for long. Continuous improvement—based on customer experience, analytical feedback, and careful process adjustment—pushes each batch closer to ideal performance. Higsoft®-BTMS50 mirrors our commitment to technical accuracy, direct service, and honest engagement with both small startups and major multinational brands.

    For those who require more than a commodity, who seek support when things go wrong and data when requests come, our doors remain open. The science behind Behentrimonium Methosulfate can be found in countless reference works, but its performance in modern hair care comes down to careful manufacture and real-world support. We supply that knowledge, batch by batch and question by question, for every customer using Higsoft®-BTMS50 in their next formulation.

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