Products

Sodium Cocoyl Isethionate (SCI85G)

    • Product Name: Sodium Cocoyl Isethionate (SCI85G)
    • Alias: SCI85G
    • Einecs: 931-534-0
    • 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

    297236

    Inci Name Sodium Cocoyl Isethionate
    Appearance White granular solid
    Isethionate Content Approximately 80-85%
    Active Content Around 84%
    Ph 5 Solution 5.0 - 6.5
    Odor Mild, fatty odor
    Solubility In Water Slightly soluble
    Foaming Properties Rich, creamy, stable foam
    Origin Vegetable-derived (coconut oil)
    Molecular Weight 343.5 g/mol
    Biodegradability Readily biodegradable
    Usage Mild surfactant for personal care cleansers

    As an accredited Sodium Cocoyl Isethionate (SCI85G) factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Sodium Cocoyl Isethionate (SCI85G) is packaged in a 25 kg kraft paper bag, featuring moisture-resistant lining and product labeling.
    Shipping Sodium Cocoyl Isethionate (SCI85G) is typically shipped in sealed, moisture-proof bags or fiber drums, each lined with plastic to prevent contamination and moisture absorption. Packages are labeled according to regulatory requirements and handled as non-hazardous goods. Store and transport in a cool, dry place away from strong oxidizing agents.
    Storage Sodium Cocoyl Isethionate (SCI85G) should be stored in a cool, dry, and well-ventilated area, away from moisture and direct sunlight. Keep the container tightly sealed when not in use to prevent contamination. Store separately from incompatible substances such as strong oxidizers and acids. Ensure all storage areas are clearly labeled and comply with relevant safety regulations.
    Application of Sodium Cocoyl Isethionate (SCI85G)

    Applications of Sodium Cocoyl Isethionate (SCI85G) in Industrial Manufacturing

    Sodium Cocoyl Isethionate (SCI85G) performs as a key anionic surfactant across multiple high-value manufacturing sectors where stringent safety, sensory, and sustainability criteria drive formulation choices. As the original manufacturer, we supply SCI85G for specific downstream applications that maximize its mildness, foaming, and compatibility advantages in personal care, home care, and industrial cleansing production environments. Below are the principal industrial use scenarios supported by factual compliance requirements, practical dosage practices, defined process stages, and tangible end-products.

    1. Syndet Bar Manufacturing for Personal Care

    SCI85G forms the primary surfactant base for syndet bars, offering gentle cleansing and dense foam without the harshness of traditional soaps. Major personal care companies select it for facial, body, and baby bars to meet consumer demand for mildness and moisturization while ensuring product stability in automated molding and extrusion lines.

    Industry compliance standards

    • ISO 22716:2007 (Cosmetic GMP)
    • EU Cosmetics Regulation EC No. 1223/2009
    • US FDA 21 CFR 700-740 (Cosmetics Requirements)
    • IFRA/PCPC guidance on skin tolerance and labeling

    Typical usage ratio

    • 40–80% by weight of the total syndet bar mass, adjusted for hardness, foam profile, and cost-in-use

    Downstream process integration

    • Added as the main surfactant during the initial dry blending. Mixed with fillers and binders before mass vacuum extrusion or plodder feed. Thermal stability is managed during hot or cold extrusion to prevent structure degradation.

    Final product types

    • Dermatological cleansing bars
    • Facial beauty bars
    • Baby and sensitive-skin bath bars
    • Premium hair cleansing bars

    2. Sulfate-Free Liquid Shampoo and Body Wash Production

    SCI85G addresses the growing demand for sulfate-free, low-irritation cleansers by serving as an effective primary or secondary surfactant in liquid formulations, providing rich foam and smooth after-feel in high-speed batch processing plants equipped with liquid blending and emulsion systems.

    Industry compliance standards

    • ISO 16128 (Natural Ingredient Definitions)
    • REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals) – EU
    • US FDA OTC monograph compliance (specific for baby and mild cleansers)
    • Japan Cosmetics Standards (JCS)

    Typical usage ratio

    • 5–18% active content in final formula, with adjustment for viscosity and transparency; higher percentages for cream body washes, lower for clear shampoo bases

    Downstream process integration

    • Incorporated into the aqueous or oil phase via high-shear mixing during the initial blend. Follows a neutralization or pH adjustment step to ensure solubility and product clarity, before downstream blending with secondary surfactants, conditioners, and actives.

    Final product types

    • Sulfate-free liquid shampoos for retail and professional segments
    • Children’s and baby washes
    • High-foam facial cleansers
    • Gentle liquid hand soaps

    3. Toothpaste and Oral Cleanser Formulation

    Used as a mild-foaming agent and texture improver in oral care, SCI85G provides a non-irritating alternative for toothpaste manufacturers targeting sensitive-category SKUs, while ensuring compatibility with flavor compounds and preventing mouthfeel residue in high-throughput extrusion and filling operations.

    Industry compliance standards

    • United States Pharmacopeia (USP) standards for excipient quality
    • ISO 11609:2017 (Dentifrices – Requirements, test methods, and marking)
    • FDA 21 CFR Part 355 (Oral Health Care Drug Products)
    • EU Regulation (EC) No 1223/2009 – Annex III and V Specifics

    Typical usage ratio

    • 1–5% by weight in the paste phase, increased marginally to adjust foam volume and texture for sensitive/baby toothpaste; precise level determined by desired mouthfeel and foaming control

    Downstream process integration

    • Injected after hydration of thickeners but before final syrup blending; rapid dispersion and homogeneity are ensured using in-line high-shear mixers. Synchronization with pH stabilizers minimizes precipitation during filling and storage.

    Final product types

    • Sensitive teeth toothpaste
    • Children’s foaming toothpaste and gels
    • Non-SLS adult toothpastes
    • Oral cleansing foams for professional dental applications

    4. Synthetic Detergent Powder for Fabric Care

    SCI85G finds application in concentrated laundry powder production where manufacturers aim for mildness, rapid dissolution, and high foam even in hard water. Integration supports innovative fabric care products targeting delicate and children’s clothing within compliance-focused batch operations.

    Industry compliance standards

    • EU Detergents Regulation (EC) No 648/2004
    • ISO 9001:2015 (Quality Management for Production)
    • SA8000 Social Accountability (worker safety for chemical handling)
    • GHS/CLP chemical labeling in final product transport

    Typical usage ratio

    • 2–8% by weight of surfactant matrix, increased for premium or ultra-mild product claims; optimized based on builder system and target soil type

    Downstream process integration

    • Added as a dry prill or flake in the pre-blend, prior to spray drying or post-addition in the ‘post-tower’ phase among other sensitive actives. Temperature-controlled blending protects against agglomeration and ensures dust-free granule formation.

    Final product types

    • Mild laundry powders for baby and delicate garments
    • Hand-washing detergent concentrates
    • Foaming powder additives for travel sachets
    • Low-irritation multi-enzyme wash boosters

    5. Industrial Foam Cleanser Production for Hard-Surface Cleaning

    SCI85G enables the formulation of effective, low-residue foam cleansers used in food processing facilities, institutional kitchens, and automotive/detailed cleaning operations where safety, rinsability, and compatibility with various surfaces are essential. Its integration minimizes streaking while maintaining high foam stability in automated spray and manual dosing systems.

    Industry compliance standards

    • US EPA Safer Choice Program for institutional cleaning chemicals
    • EN 1276 (Bactericidal Activity in Surface Cleaners)
    • ISO 14001 (Environmental Management for Manufacturing)
    • Food Contact Material regulations for incidental surface exposure (where required)

    Typical usage ratio

    • 3–12% surfactant phase, adjusted for contact foam thickness and sprayability; varies based on water quality and compatibility with builder systems

    Downstream process integration

    • Dosed during the surfactant phase blend, typically with secondary foaming agents and water softeners; rapid dissolution ensured through recirculation mixing or heated batch blending to facilitate scale-up in industrial manufacturing lines.

    Final product types

    • Commercial kitchen foam degreasers
    • Automotive upholstery foam sprays
    • Food plant floor foaming cleaners
    • CIP (Clean-In-Place) foaming blends for beverage plants

    6. Shaving Cream and Foam Production

    SCI85G acts as the main foaming and mildness agent in shaving cream and aerosol foam manufacturing, supporting dense, stable foam essential for consumer acceptance. Major personal care brands rely on its dispersion and lubricity, achieved under controlled blending and aerosolization, to enhance shaving comfort and protect delicate skin types during the lathering process.

    Industry compliance standards

    • EU Cosmetics Regulation EC No. 1223/2009
    • ISO 22716:2007 (Cosmetic GMP)
    • US FDA Voluntary Cosmetic Registration Program (VCRP)
    • Cruelty-free or vegan claim certifications (where applicable)

    Typical usage ratio

    • 10–25% of total cream or liquid phase, modulated in line with propellant ratio and emulsion viscosity requirements; higher for aerosol-foam, lower for traditional brushless creams

    Downstream process integration

    • Emulsified with fatty acid blends in heated, jacketed mixing tanks before aerosol filling; foam texture and cell structure are tuned by shear profile and emulsion droplet size managed at the pump/filler stage.

    Final product types

    • Pressurized shaving foam for men and women
    • Non-aerosol brushless shaving creams
    • Gentle shaving gels for sensitive skin
    • Professional barbershop lather bases

    Free Quote

    Competitive Sodium Cocoyl Isethionate (SCI85G) 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

    Get Free Quote of Ascent Petrochem Holdings Co., Limited

    Flexible payment, competitive price, premium service - Inquire now!

    Certification & Compliance
    More Introduction

    Sodium Cocoyl Isethionate (SCI85G): A Closer Look From the Manufacturing Floor

    What SCI85G Looks Like in Our Daily Production

    Walk into our production facility and you'll see bags of SCI85G lined up, fresh off the line. This material comes out as white, waxy granules, a finished state we achieve after several precise steps. The full trade name is Sodium Cocoyl Isethionate, and in our shop, the “85G” code says two important things: it's high in active content—about 85%—and we’ve granulated it for easier handling. Our line operators value this granulated form. Powders create dust and are tough on equipment, while chips or coarse flakes never feed as smoothly. These granules pour easily, mix quickly, and help teams keep dosing accurate without lifting clouds of dust.

    SCI85G stands out for the way it answers practical, real-world needs: we see fewer spills, maintenance teams report less clean-up time, and even in humid weather, the product doesn’t clump or cake in the bins. That sounds small, but on a day-to-day basis, small things add up. Customers mention the same benefits when SCI85G gets blended into manufacturing of bar soaps, creamy cleansers, or bath tablets. If you work with automatic feeding or high-shear mixers, you’ll see these granules flow and dissolve much faster than standard flakes.

    Quality Starts With Our Raw Materials and Batch Controls

    SCI is a surfactant made by reacting coconut fatty acids with isethionate salts. Our plant sources high-purity coconut oil for this job. We run fatty acid analysis for chain length, then start the reaction under carefully controlled conditions. We watch temperature closely, keep water addition on a tight schedule, and don’t release batches until they hit the right range for active matter and color. It seems basic, but cracks in quality here ripple out later into complaints about texture, dissolution rate, or odor. Experienced staff run every kettle. Several of us have worked with the process for decades, tracking changes down to subtle shifts in raw oil scent from different seasons.

    Once we pull the batch, granulation begins. This is where real hands-on experience pays off. Each granulator sets its shear and speed according to how moist and sticky the batch starts out. New hires often think a higher speed means finer product, but older staff know slow rolling pressure gives stronger, less dusty granules. Our finishing room stays at a steady temperature, ensuring the granules dry evenly. Teams sift the output, collect off-size pieces, and recycle them into the next run. This reduces waste and keeps the product consistent from bag to bag.

    The SCI85G Difference in Bars, Tablets, and Creams

    Turn to the finished product and the differences show up quickly. SCI85G gives superior lather and a smooth touch—this has been clear across hundreds of customer feedback reports. Most traditional bar surfactants use sulfates. Sulfates are tough on skin; they strip too much oil and irritate sensitive users. In contrast, SCI85G leaves a soft after-feel. We send samples to contracted dermatology labs for mildness checks. These tests report very low scores for irritation and stinging. Several multinational brands have chosen SCI85G for their flagship sensitive-skin bars for exactly this reason.

    SCI typically competes with sodium lauryl sulfate (SLS) or sodium laureth sulfate (SLES) in the personal care market. Manufacturers often find that SCI85G dissolves more easily in both hot and cold water, allowing faster blending during mixing. It’s also less likely to develop gritty or chalky points during mold cooling. Bars made with high-SCI blends come out harder, last longer in the shower, and keep their form down to the slimmest sliver.

    Cream cleansers and shower mousses tell a similar story. SCI85G brings a dense, creamy foam that binds air and water into resilient bubbles. Staff from the formulation teams sometimes visit our plant and note that even the rinse-off is quicker, without leaving a sticky film. Chemists tweaking for fragrance compatibility often prefer the mild, non-fatty odor SCI85G imparts, which masks less of the top-note scents in their formulas.

    Managing Flow, Shelf Life, and Scalability

    From day one, our design focus included more than raw purity—handling performance at scale always mattered. High-output soap plants rely on consistent feed rates and uniform melting. We optimize granule shape and density so that feed screws run continuously, not stopping for jams or bridging over the hoppers. After years of trials, we settled on a target size with balance: not so large they break up in the blender, not so fine they form airborne dust. Maintenance logs back up our choices—downtime from feed blockages dropped by over 70% since moving away from traditional chips and toward the current SCI85G granule.

    SCI85G resists clumping naturally. No added anti-caking agents are required, which means fewer registry hurdles for clients selling in “clean” or additive-free categories. The high actives level means formulators add less bulk while still achieving lather performance. This shrinks shipping costs and reduces warehouse space. Our logistics department tracks inventory loss every month; when humidity rises, products with high hygroscopic salts (like some SLS batches) lose flow and form hard lumps. Bags of SCI85G, by contrast, break and pour smoothly even after long cross-country hauls.

    Environmental Considerations: Choosing Better Chemistry

    Our roots in coconut-based chemistry provide advantages beyond performance metrics. Renewable coconut oil doesn't carry the environmental baggage associated with petrochemical surfactants or aggressive phosphates. We purchase our fatty acids from plantations audited for sustainable management, and every year review supplier practices for both yield and social responsibility.

    We see real-world impact at scale. Customers with eco-labels on their packaging lean toward SCI85G, often highlighting the biodegradable nature and renewable feedstock in their marketing. After extensive testing, wastewater results indicate that SCI breaks down efficiently under both aerobic and anaerobic treatment—local municipalities where clients operate large plants report no detectable build-up in water treatment outflows.

    Safety and Gentleness in Consumer Products

    The low irritancy of SCI85G shows up in both industry reports and stories from end users. Major brands share test data indicating significant drops in redness and flaking among users with pre-existing skin sensitivities. We’ve heard from hospital procurement teams and pediatric product developers who find that even among patients with eczema or delicate skin, products using SCI85G receive better scores for tolerance.

    Teams hand-mixing product prototypes often comment on the mild, non-fuming character of SCI85G—no stinging eyes or scratchy throats as you would sometimes get with crystalline SLS or similar ingredients. Once compounded, finished goods using SCI85G show a noticeable reduction in reports of allergic response.

    Improving With Every Batch—Feedback Loops Back to the Line

    Manufacturing doesn’t move in a straight line: small-wave changes emerge with every shipment of raw coconut oil or each tweak to our granulation cycle. Customer feedback comes directly onto our batch records. If a partner’s extruders start seeing finer dust, or a cosmetics plant picks up on slightly slower dissolving of the newest lot, our line team brings in samples from both old and new output for side-by-side comparison.

    Quality control never skips on the basics—checking for granule size, appearance, pH in aqueous dispersion, and scent. We keep a rolling archive from every fifth batch and regularly test the aged material for flow and performance, simulating real-time warehouse aging across six months. Problems get solved with real process adjustment, not paperwork alone. By training every line operator to recognize fault signs early and documenting every batch, we outpace generic commodity suppliers whose product can vary more between lots.

    Meeting Regulatory and Labeling Requirements the Right Way

    SCI85G checks key boxes for international regulatory standards. Finished batches meet heavy metal limits, low dioxane, and non-detectable levels of known skin sensitizers. Our documentation supports EU REACH compliance and often exceeds requirements for raw material traceability. Brands pursuing “natural” or clean-label certification have found our audit logs and ingredient sheets meet the strictest levels under ISO and major retail audit regimes.

    Within the team, there’s respect for how these records don’t just help the end customer—they protect us all from costly recalls or compliance fines. Inspectors have audited our lines without major corrective actions for years, a direct result of focusing on controlled recipe inputs and surplus testing, not just finished-batch testing at the tail end. Our regulatory group keeps up with the shifting requirements in every export market so that our customers don’t find sudden barriers at customs or in regional compliance checks.

    Working With Makers: From Boutique to Big-Scale

    The versatility of SCI85G means we serve both multinational conglomerates and specialized artisan soap makers. Raw material buyers from huge contract manufacturers typically check for batch-to-batch consistency and delivery logistics. Artisans, on the other hand, will ask about tactile qualities: how the lather blooms in a handmade loaf, or whether the bar sets up quickly without crumbling on release. Our support team answers both. For high-volume customers, we can set up joint testing with their extruder conditions to ensure optimal run times. For smaller makers, we share best practices to keep mixtures smooth and free-flowing, even under basic mixing setups.

    Every week we receive photos from clients proud of their finished soaps, tablets, or facial cleansers made with SCI85G. Some operate out of sprawling factories, others in workspaces little larger than a kitchen. No matter the scale, SCI85G acts as a predictable, reliable base—its high activity and steady granulation make for easy scaling, whether you’re blending a single pail or running a 10-ton load.

    How SCI85G Changes the Game in Sulfate-Free Formulation

    Sulfate-free has moved from niche to mainstream in the last decade, as users across the spectrum report dry, itchy skin from traditional cleansers. SCI85G answers this call. Its structure, derived from coconut fatty acids, cleans gently yet effectively, so the skin’s protective barrier remains intact after washing. Chemists value how this can eliminate the need for secondary emollients or costly conditioners just to offset harshness. We tracked shelf data from several retailers, and products using SCI85G grew market share among premium sensitive skin bars and shampoos, outpacing those clinging to outdated sulfate-based technology.

    The clean-label movement puts added pressure on surfactant selection. SCI85G stands up to scrutiny—not only as a plant-based alternative, but for its lack of potentially problematic byproducts. Bar-formulators who previously struggled with “no-sulfate, no-soap” claims find in SCI85G a way to truthfully label their products free from both harsh sulfates and animal-derived tallow.

    Listening to Our Partners—Continuous Improvement Never Ends

    As a manufacturer, we hear diverse stories from the field. A contract formulator notes their throughput only improved after switching exclusively to our granulated SCI, shaving hours from each production run. Another partner, launching a new “triple-milled” luxury bar, praised the way SCI85G withstands repeated milling cycles without breaking down, holding up to fragrance and pigment addition. On the other end, a start-up founder told us our staff’s willingness to share tips—like using a higher mixing temperature for rapid dispersion—cut down their prototype cycle by months.

    Continuous customer dialogue shapes what we do every day. If a bar formulator calls up with concerns about color stability in high-pigment blends, that gets flagged in our lab. If delivery teams spot shifts in flow profile, the granulation settings get reviewed and finely tuned. The on-the-ground adjustments, the willingness to walk the lines and share learnings back and forth, set manufacturing culture apart from less-involved intermediaries.

    Why Trust in SCI85G Means Trust in Our People

    Our experienced chemical engineers handle the process from start to finish, ensuring reliability through hands-on oversight. We build each batch with an eye for detail that doesn’t stop at minimum standards. Clients value not only the technical merit—like high active matter or ease of blending—but the commitment visible in every lot ticket, batch report, and follow-up call. This relationship forms the backbone of steady performance, fewest product surprises, and support when it’s needed.

    We recognize the responsibility that comes with every shipment. Providing ingredient quality and steady supply isn’t just business—it reflects on us directly. Manufacturers, whether they run a single extruder or manage a network of automated lines, benefit most from ingredients that behave predictably, store well, and dissolve cleanly batch after batch. Scientific documentation, hands-on support, and field-driven adjustment all feed back into our process improvement efforts.

    A Shared Journey: Building Better Products Together

    SCI85G keeps evolving. We constantly review our supply chain to improve traceability, renew sustainability audit partnerships, and adjust mechanical processes for even tighter particle size control. The industry as a whole faces tougher scrutiny from regulators, consumers, and stakeholders demanding transparency and fairness. Meeting these demands is less about ticking boxes, more about building a day-to-day culture of integrity and adaptation.

    Recent shifts in market demand echo through our factory floor: more brands want vegan certification, lower residual monomers, trace paths for every component from farm to finished case. Our policy has been to respond, not react—taking each feedback as a driver for better product, not just more paperwork.

    SCI85G in Summary: Real-World Impact, Real-World Stories

    Every bag of SCI85G carries the experience, attention, and craftsmanship of workers at every step, each batch blending science with real-world feedback. Its ease of handling, focus on skin gentleness, and reliable performance under tough industrial conditions make it a preferred option for formulators looking for both consistency and flexibility. The path to better chemistry depends on more than just lab data—it relies on experience, hard-won improvements, and relationships built over years in the field. Our commitment isn’t just to a product, but to every customer who relies on it to make cleansers, bars, and tablets that deliver exactly as promised. As demand shifts toward safer, more responsible surfactants, we keep the focus on what works, improving every day through experience, openness, and a shared goal of excellence in product and process alike.

    Top