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HS Code |
566944 |
| Inci Name | Sodium Lauroyl Alaninate |
| Chemical Class | Amino acid-based surfactant |
| Appearance | White to off-white powder or flake |
| Solubility | Highly soluble in water |
| Ph Range | 6.0 - 8.5 (1% aqueous solution) |
| Origin | Derived from lauric acid and alanine |
| Primary Use | Mild surfactant and cleanser |
| Biodegradability | Readily biodegradable |
| Foaming Ability | Moderate to high foam |
| Mildness | Very mild to skin and eyes |
As an accredited Sodium Lauroyl Alaninate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sodium Lauroyl Alaninate is packaged in a 25 kg white fiber drum with an inner polyethylene liner, labeled with chemical details. |
| Shipping | Sodium Lauroyl Alaninate is typically shipped in sealed, moisture-resistant containers such as fiber drums or plastic bags to preserve quality and prevent contamination. Packages are labeled according to regulatory standards. Store and transport in cool, dry conditions, away from incompatible substances. Handle with care to avoid spillage. Non-hazardous for standard shipping. |
| Storage | Sodium Lauroyl Alaninate should be stored in a cool, dry, well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the container tightly closed to prevent contamination and moisture absorption. Store away from incompatible substances such as strong oxidizers and acids. Use suitable, properly labeled containers, and follow all local, state, and federal storage regulations. |
Applications of Sodium Lauroyl Alaninate in Industrial ManufacturingSodium Lauroyl Alaninate is an amino acid-based anionic surfactant that combines mildness with effective cleansing, offering excellent foam properties and quick biodegradability. We supply high-purity Sodium Lauroyl Alaninate for established industrial markets where performance, regulatory compliance, and process consistency are essential throughout downstream processing, formulation, and quality assurance. The following sectors represent major application segments based on genuine industrial adoption and international standards. 1. Personal Care Cleansing FormulationsLeading international brands specify Sodium Lauroyl Alaninate in rinse-off personal care emulsions where a non-sensitizing profile, rich and creamy foam, and low residues are required. Our product is engineered for facial cleansers, body washes, and high-clarity liquid soaps, particularly for formulations claiming allergen-free or vegan status. Formulators apply it in sulfate-free concepts due to its gentle action and compatibility with botanical actives, while rapid foam breakage enables efficient rinsing with reduced water use. Industry compliance standards
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2. Oral Care Toothpaste and Mouthwash ManufacturingPharmaceutical and oral hygiene manufacturers incorporate Sodium Lauroyl Alaninate as a low-irritant cleansing and mild-foaming surfactant in sulfate-free toothpastes and mouthwashes. It helps improve wetting and dispersion of abrasives and active fluoride sources without contributing to oral mucosa irritation or aftertaste, addressing both adult and pediatric oral care demands. Manufacturers select it for its stability in high-water systems and resistance to hydrolysis under neutral and acidic conditions typical in dentifrice mixing. Industry compliance standards
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3. Mild Detergent and Dishwashing LiquidsEstablished manufacturers of environmentally responsible dishwashing liquids use Sodium Lauroyl Alaninate to achieve creamy foam and strong grease-cutting without excessive skin defatting. As consumer expectation shifts to “green” and hypoallergenic kitchen care, this ingredient fits formulations seeking ready biodegradability and origin transparency. Performance technologists specify the material in clear or pearlescent low-viscosity concentrates for application in both consumer and professional foodservice cleaning environments. Industry compliance standards
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4. Premium Shaving and Creaming FoamsShaving cream and aerosol foam manufacturers select Sodium Lauroyl Alaninate to deliver ultra-fine, cushiony lather that facilitates smooth razor glide, minimizes skin stress, and rinses residue-free. The surfactant’s performance remains consistent across high-pressure foam dispensing and manual lathering methods, supporting transparent or opaque textures. Its mildness is pivotal for sensitive and dermatologically-tested applications, enabling product positioning in premium grooming ranges. Industry compliance standards
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5. Baby Care and Sensitive Skin ToiletriesGlobal baby care and hypoallergenic personal wash producers use Sodium Lauroyl Alaninate to construct ultra-mild, low-allergen cleansing bases that address pediatric dermatology test protocols. The ingredient’s amino acid origin supports “tear-free” concepts and ensures rapid dispersibility in aqueous systems, significantly reducing formulation wash-off time. Downstream producers frequently highlight clinical compatibility and absent major allergens for newborn and sensitive user applications. Industry compliance standards
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6. Professional Hair Cleansing FormulasSodium Lauroyl Alaninate achieves widespread adoption in professional salon and treatment shampoos marketed for chemically treated, colored, and sensitive scalp hair types. Product engineers choose it for non-stripping cleansing, restoring hair’s natural lipid film while maintaining foam character needed for commercial salon environments. It works synergistically with conditioning polymers, addresses requirements of clear or pearlescent appearance, and survives performance testing under hard water and heat styling conditions. Industry compliance standards
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Competitive Sodium Lauroyl Alaninate prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615365186327
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Every day our team faces new challenges and opportunities in surfactant chemistry. A decade ago, standard surfactants often meant compromises—either in foaming performance, skin compatibility, ecological impact, or sourcing methods. That’s where Sodium Lauroyl Alaninate enters the conversation. Our team designed this ingredient to shift those boundaries. With an INCI name that hints at its origins—derived from the amino acid alanine and lauric acid—this mild, anionic surfactant brings a fresh perspective to cleansing, closely aligned with what the personal care industry increasingly values: gentle action, sustainable sourcing, and straightforward processing.
We produce Sodium Lauroyl Alaninate as an off-white to pale yellow powder or fine granule, moisture content and purity tightly monitored every batch. Typical assay exceeds 95% active content, with sodium chloride levels well below 2%. We keep heavy metal and dioxane residues at non-detectable limits, recognizing both end-user and regulatory pressures. Our internal quality team runs comparisons against traditional surfactants like Sodium Lauroyl Glutamate, Sodium Cocoyl Glycinate, Sodium Lauryl Sulfate, and even newer options like Potassium Cocoyl Glycinate. The results show Sodium Lauroyl Alaninate offers a solid blend of foaming, solubilization, and cleansing strength without relying on synthetic boosters or harsh chelators. The rinse feel stands out—fast, with less drag, making it easier for customers formulating leave-on and rinse-off products.
Every year we support dozens of formulation projects—premium shampoos, sulfate-free facial cleansers, baby washes, oral care, even foam shaving gels. Compared to widely used surfactants, Sodium Lauroyl Alaninate gives formulators room to reduce harshness without sacrificing foam. Clients serving eczema-prone consumers have shared real-world feedback: less irritation, smoother after-wash skin, and a perception of increased mildness, especially in products with rich botanical extracts or probiotics. Oral care brands turn to it for gentle flavor carriers that don't alter taste. In baby and pet products, it proves mild even for sensitive skin and mucosal contact.
Rare cases have shown performance swings when too much hard water is present, but adding a small amount of chelating agent easily resolves this. Our support team shares adjustment tips based on pH, dosage, and interaction with other actives to reach targeted viscosity and foam.
The surfactant space is crowded. Standard amino acid surfactants include several options, but not all behave the same way. Sodium Lauroyl Alaninate holds up well in performance and cost against Sodium Lauroyl Sarcosinate. Where glutamates or glycinates sometimes burn in cost-sensitive markets, Alaninate matches them in mildness but typically costs less per kilogram. It also stabilizes foams more efficiently at neutral pH—advantageous for hand washes and body washes targeting pH 5.5–7.
Unlike sodium laureth sulfate (SLES) or sodium lauryl sulfate (SLS), Alaninate does not rely on ethoxylation and carries almost undetectable dioxane residues. This matters for customers with North American and European endpoint restrictions. Products achieving “sulfate-free” and “PEG-free” claims depend heavily on our Alaninate range for these reasons.
Cocamidopropyl betaine is another common alternative, yet some brands avoiding allergens and impurities related to betaine switch to Alaninate. Comparative skin patch testing in our development lab has confirmed that Alaninate leaves less residue, causes less stinging, and rinses away quickly, whether used in 2-in-1 conditioners or in facial wash foams designed for daily use.
We take every mildness claim seriously. Our batches undergo zein test assessment for protein denaturation, cross-checked with repeat insult patch testing via third-party labs. In both scenarios, Sodium Lauroyl Alaninate shows milder performance than SLS, AES, and similar anionics. While not as hydrating as some amphoteric blends, it isn’t associated with tightness or after-wash redness. This quality draws interest from premium haircare brands looking to balance sulfate-free claims with actual performance and user comfort.
A frequent question from clients involves formulating with Alaninate in high-extract natural shampoos and gels. We see far fewer complaints of stinging eyes or scalp, even in botanical-heavy formulas. In professional-use products, stylists note softer, less “squeaky” feel compared to sulfates or some coconut-derived surfactants.
Surfactant choice directly affects end product behavior, especially across water conditions worldwide. Alaninate demonstrates solid foam and wetting power in both soft and moderate hard water. The amino acid backbone gives some calcium and magnesium tolerance that ordinary SLS lacks. In very hard water, we do see minor drops in foam height, but pairing with mild amphoterics or a polyol resolves this gap. We counsel clients to run clear batch trials—there’s no substitute for real-world testing.
Responsible sourcing and clean water discharge motivate many product managers today. Alaninate derives from sustainable lauric acid, much now sourced from certified mass-balance palm kernel oil or independently verified coconut. Its primary biodegradation exceeds 90% in OECD 301 assays. As a manufacturer, we watch both Asia-Pacific and European Union ingredient listings, REACH dossiers, China’s SCCS review, and North America’s CleanGredients program. Alaninate fits global “clean label” expectations—it is Vegan, not tested on animals, and carries minimal byproducts.
Compared to older anionics, this ingredient avoids the dioxane, formaldehyde, or nitrosamine concerns that still plague certain commodity surfactants. For formulators under pressure to hit “zero contamination” claims, Alaninate adds confidence. Our facilities run third-party batch audits to keep cross-contamination and impurity levels below detection limits, especially for manufacturers with organic and natural certifications.
Recent years have shown how vital ingredient traceability can be. Pandemics, shipping interruptions, and shifting regulatory expectations mean every batch report matters. Our plant harvests lauric acid directly from suppliers with full RSPO or Rainforest Alliance certification. We log alanine sources by lot number and can trace each batch back to country of origin. This is not a small task, but for many brand owners—and their end users—knowing the path of each surfactant batch gives peace of mind.
With increasing scrutiny on palm oil, our team offers coconut-based options where required. Our customers receive full documentation with every shipment, which accounts for allergen, halal, kosher, and non-GMO status. Such transparency has reduced rejection rates and saved customers time during regulatory filings.
Alaninate’s physical form—powder, granule, or agglomerate—means it stores well in ambient warehouse conditions, no special freezer or heated room necessary. Absorption of moisture is low with basic packaging and air control, so shelf life routinely exceeds 24 months. Sodium Lauroyl Alaninate disperses rapidly in both hot and cold water during mixing. We’ve advised manufacturers to start hydration with high-shear mixing, avoiding lumping. Once dispersed, it builds viscosity well with xanthan gum or carbomer, allowing gelling even at low actives.
It stands up to electrolytes and acids better than most sarcosinates, enabling flexible pH adjustment in acid or alkaline formulations. We have seen Alaninate work in both clear gels and creamy emulsions, and it suspends natural oils without separating. Temperature swings during storage rarely shift appearance or performance; this reliability helps our warehouse and shipping teams maintain tight schedules even in tough climates.
Customers have grown more ingredient-savvy. They check for sulfate content, question old preservatives, and ask to see mild surfactants high on the label. Alaninate meets the needs of formulators and end users demanding both skin-friendly washing and traceable sourcing. Vegan certifications, “cruelty-free” requirements, and clean ingredient claims have become non-negotiable for many of our global customers. Alaninate passes these checklists without compromise, so it finds use in both prestige and private-label ranges.
Parents report reduced diaper rash with Alaninate-based baby wash, sensitive shampoo buyers note softer post-wash hair, and pet-grooming brands now tout “safer bubble baths.” Professional hair stylists confirm less cuticle roughness after repeated use, which translates to fewer color fade complaints and less need for after-treatments. For brands entering “soap-free” or “syndet” bar markets, Alaninate-based bars resist crumbling and retain shape better than glutamate or sarcosinate blends.
Bringing any new surfactant mainstream means solving for cost, consistency, and regulator readiness. Some customers raise price concerns, especially when compared with mass-produced sulfates. We have worked to optimize synthesis routes, scaling up batch sizes and minimizing waste stream to ensure Alaninate stays cost competitive. Technical teams respond directly to batch inquiries, speeding up approval for new launches, helping customers adjust viscosity or replace traditional bases.
Occasionally, incompatibility with some preservatives comes up, but adjustment to blend or pH has always provided a solution. Our R&D group enjoys collaborating with formulation scientists from around the world; there’s no substitute for real batch processing and feedback. The pathway to perfecting Alaninate for everyday use comes from this constant industry dialogue.
Surfactant performance is more than numbers on a lab sheet. Product success means listening to end-user feedback, tracking returns, and observing shelf-life in actual retail environments. Alaninate-based shampoo batches maintain translucency and fragrance longer in market samples. Our bath foams avoid the quick deflation common with cheaper blends. Partnerships with contract manufacturers have shown that Alaninate worksheets into diverse production lines without gumming up filling equipment or requiring specialized washing protocols.
Some of our clients also produce solid or waterless bars—an area growing in demand for travel and zero-waste applications. Our powder or granule Alaninate presses well with starches or maltodextrin, producing hard, long-lasting bars. The mildness of the main surfactant avoids over-drying, which keeps repeat buyers happy and broadens brand reputation.
In over twenty years working directly with surfactant synthesis, our team has seen chemical trends come and go. Only ingredients delivering real user and processor benefit last over cycles of reformulation and rebranding. Sodium Lauroyl Alaninate marks one of those rare outcomes, where rigorous chemistry, careful sourcing, and hands-on manufacturing deliver a consistent, high-quality result. Every kilo sent from our factory reflects not just chemical yield, but a quiet guarantee. Our reputation rides on each shipment’s purity, ease of processing, and reliability in the field. Feedback from customers drives us to refine—and real-world use cases inspire us to improve every batch. Brands depend on results, not theory.
Where consumers expect real gentleness, fast rinsing, and high-conscience sourcing, Alaninate rises to the challenge. We’ll keep listening to every challenge, adapting our product and process for the shifting needs of a global industry—always committed to clear chemistry, thoughtful care, and direct support.
