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HS Code |
643660 |
| Inci Name | Sodium Cocoyl Glutamate |
| Function | Surfactant |
| Origin | Derived from coconut oil and glutamic acid |
| Appearance | White to off-white powder or flakes |
| Solubility | Highly soluble in water |
| Ph Range | 5.0 to 6.5 (1% solution) |
| Biodegradability | Readily biodegradable |
| Irritation Potential | Low, suitable for sensitive skin |
| Usage Level | 1% to 10% in formulations |
| Applications | Cleansers, shampoos, facial washes, and baby care products |
As an accredited Sodium Cocoyl Glutamate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sodium Cocoyl Glutamate is packaged in a 25 kg white woven plastic bag with inner PE lining for moisture protection. |
| Shipping | Sodium Cocoyl Glutamate is typically shipped in sealed, moisture-proof bags or drums to ensure product stability and prevent contamination. Containers are labeled according to safety regulations, and shipping is conducted under dry, cool conditions. The chemical is not classified as hazardous, but care is taken to avoid direct sunlight and excessive moisture during transit. |
| Storage | Sodium Cocoyl Glutamate should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. Keep the container tightly closed and separate from incompatible substances, such as strong oxidizing agents. Store at room temperature and avoid extreme temperatures to maintain product stability. Ensure proper labeling and follow standard safety protocols to prevent contamination or degradation. |
Applications of Sodium Cocoyl Glutamate in Industrial ManufacturingSodium Cocoyl Glutamate, derived from natural coconut fatty acids and glutamic acid, serves as a mild anionic surfactant that meets strict safety and environmental requirements. As a manufacturer with deep expertise in amino acid–based surfactants, we supply this raw material for a select group of industries where performance, safety, and regulatory compliance form critical procurement criteria. 1. Skin Cleansing Formulations (Personal Care)Major global and regional personal care brands specify this ingredient for facial cleansers, shower gels, and mild body washes targeted to sensitive skin. Chemists integrate it at the surfactant blending stage to deliver effective cleansing with low irritation and high biodegradability. Formulators value its compatibility with plant-derived actives and its performance under various water hardness conditions. Regulatory agencies require documented allergenic risk assessment and ban harsher sulfate surfactants in many regions, so development teams use controlled dosage and emulsification methods to achieve the desired sensory and foaming profile for premium branded products targeting daily consumer use. Industry compliance standards
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2. Oral Care ManufacturingOral hygiene product manufacturers use this surfactant in toothpastes and mouthwashes due to its low irritation and compatibility with abrasive silica, fluoride, essential oils, and sweeteners. This makes it ideal for pediatric, sensitivity, and “natural” products where conventional sulfates are prohibited or flagged for consumer concern. Its stable foaming and flavor-carrying properties support toothpaste consistency, shelf stability, and a non-residual mouthfeel in finished goods that pass microbiological quality audit requirements. Industry compliance standards
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3. Hair Care Emulsification ProcessesProfessional and mass market hair care factories select this raw material for sulfate-free shampoos and dual-phase cleansing conditioners, especially for damaged hair or color-treated hair lines. Due to its excellent foaming and minimal impact on skin barrier, it is compatible with keratin, amino acid, and conditioning cationic polymers. Production engineers rely on its salt tolerance and stability across a broad pH window for batch consistency. Its bio-origin profile and biodegradation status are critical for sustainable product certifications and for meeting multinational procurement audits. Industry compliance standards
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4. Mild Household Detergent ProductionManufacturers of eco-label and sensitive-use household detergents employ this surfactant for premium dishwashing liquids, vegetable and fruit wash solutions, and hand-wash laundry liquids. By meeting stringent toxicological and aquatic biodegradability standards, it replaces traditional petrochemical surfactants. Its stability with chelating agents and naturally derived solvents ensures consistent grease removal and rinsability in hard and soft waters without leaving residues. QC teams benefit from its batch-to-batch purity and the absence of undesirable byproducts like dioxane or nitrosamines. Industry compliance standards
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5. Industrial Foam Control for Medical Device LubricantsSpecialized OEMs producing lubricants and processing aids for medical device manufacturing require surfactants with strictly controlled residuals and cytotoxicity for use in cleaning and lubricating applications such as endoscope and catheter preparation. Here, the raw material is dosed at precisely calculated levels to achieve foam regulation, surface wetting, and residue-free rinsing. Technicians monitor for absence of protein binding and minimal interference with sterilization agents. Both cleaning process engineers and regulatory managers demand traceable sourcing, validated purity, and absence of sensitizers for products cleared for direct contact with medical devices. Industry compliance standards
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6. Biodegradable Foamers in Industrial Car Care ProductsAutomotive chemical companies focused on water-based car wash and detailing products apply this ingredient in touchless washes and foaming shampoos, prioritizing rapid rinsing, soft foaming, and the absence of anionic residues that could affect paintwork and surface protection coatings. Its compatibility with waxes, chelates, and surface conditioners helps formulators reduce micro-scratch risks and maintain pH neutrality. Environmental certification programs require audit trails for surfactant origin and documented aquatic biodegradability, especially in closed-loop wash bay and urban runoff scenarios. Industry compliance standards
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Competitive Sodium Cocoyl Glutamate prices that fit your budget—flexible terms and customized quotes for every order.
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Every day, more formulators and brands ask us about the role of surfactants in personal care and household products. The same question surfaces time and again: how do we support effective cleansing without leaving skin feeling tight, irritated, or stripped? As a direct producer forming Sodium Cocoyl Glutamate at our specialized facilities, we see developments in surfactant technology not as a trend, but as a response to real consumer needs—and it’s a challenge we engage with daily on the factory floor and the lab bench.
Sodium Cocoyl Glutamate springs from raw coconut fatty acids and fermented glutamic acid. Unlike harsher anionic surfactants, typically synthesized from petroleum sources or with complex blends of strong alkali, our process starts with a renewable plant source and an amino acid that makes up part of human skin’s own structure. Years of hands-on work have taught us that not all surface-active agents feel or behave the same way in real formulas. In the presence of hard water salts, for example, Sodium Cocoyl Glutamate resists precipitation and delivers consistent foam. We have compared this to sodium lauryl sulfate and noticed steadier performance, better mildness by open patch test, and far less tightness reported post-rinse.
Producing this ingredient in-house, we maintain control over the carbon-chain profile: the coconut fatty acids deliver a set of C12 to C18 tails. This carbon range supports stable, finely textured foam, even in sulfate-free blends where lathering is often unpredictable. Customers often ask why a glutamate-based surfactant matters—most feel the difference the first time they wash with a finished product. The skin barrier stays comfortable, and formulas remain stringently low in allergenic potential. Extensive in-process filtration, monitored by skilled technicians, ensures the final product meets color and odor targets without chemical masking.
Modeling our main grades of Sodium Cocoyl Glutamate around the day-to-day needs of both large-scale and boutique manufacturers, we produce several forms: clear 30% aqueous solution and a solid high-purity powder. The liquid variant (30% active, water-based) flows easily from steel drums into a mixing kettle—no extended heating or pre-wetting required—and rapidly disperses, making large-batch handling predictable. The powder, preferred for ultra-concentrated or solid-format cosmetics, shows a free-flowing texture that resists caking over months in high humidity storage, thanks to our controlled spray-drying process.
Every shipment carries a data pack showing confirmed active content, sodium chloride residue, color, pH in solution (usually landing near 5.5 to 6.5), and microbial counts—information collected batch by batch on our own QC lines. With increasingly strict preservation guidelines worldwide, we design our processes to keep formaldehyde, parabens, and isothiazolinones entirely out of the product stream. This reduces risk of contamination and cross-reaction for downstream users.
Our product’s main territory remains in mild shampoos and facial cleansers. Here, it replaces harsher primary surfactants, softening up the skin feel and improving mildness without sacrificing lather or cleaning strength. Brands report drop-offs in rinse-off induced redness and stinging, often confirmed in repeated in-use trials. Many customers use our Sodium Cocoyl Glutamate as a base for baby shampoos, intimate washes, and sensitive-skin bars, where even tiny formulation errors can yield costly complaints.
Beyond cosmetics, home care and food-processing sectors approach us for gentle, non-tainting cleaning agents—areas where removing stubborn residues must not risk leaving any undesired scent or film. Kitchen and food facility soaps sometimes blend our surfactant with protein-based conditioners or food-grade chelators, again relying on the glutamate backbone to avoid any unwanted allergen entry points.
Over nearly twenty years refining this molecule, we have learned that upstream consistency drives downstream peace of mind. By overseeing every stage internally—from coconut oil hydrolysis, amino acid coupling, and purification to final lot testing—we provide full traceability and higher transparency than the global commodity trade allows. Raw material screening, setup of purification columns, and leak detection often fall to plant-side engineers who recognize the hazards that can crop up even in automated facilities. This keeps us responsive when batch adjustments or additional documentation become essential, especially for multinationals managing compliance in Europe, North America, and East Asia.
More than half our partners switched to us after buying surfactants from resellers and discovering undetectable residuals, or misrepresented batch consistency. Where repacked or traded goods sometimes drift outside spec—color, odor, or preservation—we hold out for tighter targets. Every customer can request full production trace, regulatory statements, and documentary support for natural content claims. Years of operating at scale have taught us that professing “natural origin” without strong documentation is never enough for a savvy formulator or an informed regulatory body.
Our research teams continue investigating the skin microbiome’s interaction with surfactants. Sodium Cocoyl Glutamate seems to leave beneficial flora largely undisturbed, supporting a gentler cleanse that translates directly to reduced barrier disruption—particularly for children, those with eczema, or frequent hand-washers. Tested as part of rinse-off and leave-on panel studies, it outperforms many conventional alternatives in TEWL (transepidermal water loss) and redness recovery metrics. These numbers represent real-world differences in user comfort and long-term skin health.
Biodegradability stands as another major concern. Working directly with wastewater engineers, our chemists have tracked Sodium Cocoyl Glutamate’s fate in municipal treatment and found over 95% breakdown within 28 days. This contrasts sharply with alkyl ether sulfates and some traditional amphoterics, which linger much longer, potentially accumulating in discharge streams. That direct feedback loop—formulation, testing, performance—backs industry movement toward low-impact, eco-safe ingredients.
With global pressure building for “free-from” preservative declarations, sulfate elimination, and reduced allergenicity, real innovation can’t rely on tinkering with old chemistry. We constantly field questions about microplastic content, aquatic toxicity, and carbon sourcing. A hands-on approach means looking past regulatory minimums and prioritizing both up- and down-stream safety, whether the end product ships to luxury skincare or industrial kitchens. We see Sodium Cocoyl Glutamate as a leading ingredient in this shift—it hits technical targets and meets the latest clean beauty demands, without overpromising on performance or sustainability.
Feedback from smaller brands points out specific pain points: shelf-life drifts in high-humidity climates, phase stability in complex blends, or compatibility with botanical extracts. We routinely work with customers to customize pH, optimize grain size in powders, and adjust concentration in solution, taking adjustments in stride because the market’s requirements keep evolving. Our ongoing investment in pilot-plant upgrades, in-line analytics, and staff training flows directly into higher QC and fewer formulation headaches for clients.
Manufacturers have leaned on sodium lauryl sulfate and sodium laureth sulfate for decades. Their low price and ready availability drove wide adoption—but mounting consumer backlash, evidence of irritation, and regulatory pressure to label risks nudged the entire sector to reconsider. We frequently help customers reformulate away from these ingredients, and often, the sticking point isn’t performance, but cost and supply reliability.
Compared to betaines, Sodium Cocoyl Glutamate delivers a closer-to-neutral pH, often negating the need for multiple buffers or stabilizers. Its plant-based precursor offers a talking point for the natural personal care segment. Compared to acylated protein derivatives, our ingredient brings cleaner sensory properties and less risk of oxidation-induced odor formation in the finished product—an issue often faced by customers hoping to formulate natural, long-life systems.
We operate an in-house skin compatibility lab. Our team routinely patches new lots of Sodium Cocoyl Glutamate on volunteer panels—including sensitive and atopic skin types—while cross-checking irritation indices against competing surfactant systems. Over hundreds of batches produced and tested longitudinally, rates of erythema, stinging, or dryness remain well below industry-required thresholds. Finished product partners commonly supply their own panel test data, and we share cross-references to improve shared claims and regulatory filings.
Toxicity and ingestion risk assessments align with global requirements for rinse-off applications, and manufacturing staff, who handle the ingredient at scale for hours daily, report no chronic hand irritation or sensitivity—a practical indicator of long-term safety missed by short-term screens. This practical experience, gained from thousands of hours in the handling and production cycle, grants extra confidence to finished brand formulators and retailers alike.
On the factory floor, staff note that our Sodium Cocoyl Glutamate doesn’t clump or harden even after repeated opening in steamy conditions—a problem that impacts usability and output for many alternative surfactants. Transporters find that the powder’s controlled particle size helps minimize dust, reducing cleanup and process interruptions. Drums of our liquid format pump smoothly in winter and summer, avoiding viscosity surges or gel blockages that slow batch runs down.
These details, though rarely advertised, shape what happens in large tank batch assembly and later bottling equipment. Fewer downtime events, less need to recalibrate blending sequences, and reduced risk of critical out-of-spec batches drop real dollars to the bottom line for users, whether they run a single filling line or multiple high-volume plants.
Every feedback cycle from customer facilities feeds into our own adjustments. With independent audits by international certifiers, we check our sourcing, process waste output, and supply chain integrity. Engineers oversee heat recycling from hydrolysis steps to cut energy draw and operate an on-site water treatment system for discharged streams. Raw coconut segments come from traced, non-deforested origins, and we deploy real-time tracking for all solvent and water handling to cut down on noncompliant emissions.
We think this direct oversight gains new significance as the personal care and cleaning markets sharpen focus on renewable sourcing and full ingredient transparency. Trends shift quickly, but the pressure on manufacturers like us to deliver measurable sustainability and practical, reliable performance will remain a constant.
Most end-users will never see our production halls, the filtration stacks, or the minute-by-minute batch analytics. Yet our whole operation revolves around making ingredients that meet today’s rising expectations and tomorrow’s legal, environmental, and safety standards. Sodium Cocoyl Glutamate represents not just a technical molecule but a commitment to doing better with every batch—delivering not only cleansing performance but a softer touch for humans, the environment, and the industry itself.
From the first raw coconut shipment to the last shipment drum headed for blending plants, our team stands behind every metric, every panel-crosschecked safety datum, and every lot’s documented origin. Years of direct production have shaped our approach: stronger transparency, closer attention to process, and a manufacturer’s insistence on fact-driven solutions. As buyer demands shift and regulatory lines move, we consider Sodium Cocoyl Glutamate not just a product, but a barometer of what thoughtful, sustainable chemistry looks like in practice.
