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HS Code |
370870 |
| Inci Name | Polyglyceryl-10 Laurate |
| Chemical Class | Non-ionic surfactant |
| Origin | Vegetable-derived |
| Appearance | Clear to slightly yellow liquid |
| Solubility | Water-dispersible |
| Function | Emulsifier |
| Hlb Value | Estimated 13-16 |
| Usage Level | Typically 1-5% |
| Ph Stability | Stable in pH 4-8 |
| Biodegradability | Readily biodegradable |
| Irritation Potential | Low |
| Applications | Skin care, hair care, baby products, cleansing formulations |
As an accredited Polyglycerin-10 Laurate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Polyglycerin-10 Laurate is packaged in a 25 kg white HDPE drum with a secure tamper-evident lid and product labeling. |
| Shipping | Polyglycerin-10 Laurate is shipped in tightly sealed, food-grade HDPE drums or containers to prevent contamination and moisture absorption. It should be stored in a cool, dry place away from direct sunlight. During transit, safeguards are employed to maintain product integrity and comply with relevant chemical transportation regulations. |
| Storage | Polyglycerin-10 Laurate should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and strong oxidizing agents. Keep the container tightly closed to prevent moisture absorption and contamination. Store at room temperature, ideally between 15°C and 25°C, and avoid extreme temperatures. Ensure proper labeling and comply with local safety regulations for chemical storage. |
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As the primary producer of Polyglycerin-10 Laurate, we support industrial partners across specialized sectors. This material demonstrates high performance as a mild, non-ionic emulsifier and skin-feel modifier. Our application support focuses on authentic downstream scenarios evaluated for regulatory, formulation, process integration, and finished product requirements.
Polyglycerin-10 Laurate is widely adopted by international cosmetics manufacturers in modern facial wash and micellar cleansing water formulas, where its mild emulsification and solubilizing behavior enables gentle removal of makeup, dirt, and excess sebum without skin irritation. Teams incorporate this raw material to achieve micro-emulsion clarity with low surfactant content, enhancing formulation safety for daily-use personal care. Batch QC must confirm micellar particle size stability and microbiological compliance for export batches before shipment.
Industry compliance standards Typical usage ratio Downstream process integration Final product types
International baby care processors use Polyglycerin-10 Laurate to create exceptionally mild oil-in-water emulsions for lotions, milks, and barrier creams. Customers value the material’s hypoallergenic profile and multi-functional role as an emulsifier and emollient, ensuring products pass strict safety and skin tolerance testing for infant use. QC reviews focus on product stability under thermal cycling and preservative compatibility in final packaging run.
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3. Food-Grade Lipid Emulsion Systems (Non-Dairy Creamers & Plant-Based Spreads)Leading food processors utilize this polyglycerin ester to stabilize oil-in-water emulsions in non-dairy creamer powders, vegan spreadable products, and whipped toppings where clean-label, palm-free emulsifiers are preferred. It supports excellent mouthfeel and prevents oil separation on storage, especially critical for spray-dried instant beverage formulations. Production sites require full traceability and supplier disclosure for global food safety audits. Industry compliance standards
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4. Pharmaceutical Topical Formulations (Dermal Creams and Ointments)In pharmaceutical contract manufacturing, Polyglycerin-10 Laurate provides significant improvement to the stability and absorption profile of topical dermal bases, facilitating the formulation of stable APIs in both hydrophilic and lipophilic actives. Pharmacists and QC teams adopt this raw material to meet stringent skin tolerability requirements in prescription and OTC creams targeting atopic dermatitis, psoriasis, and similar indications, while ensuring absence of known skin sensitizers. Industry compliance standards
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5. Wet Wipe Liquid Formulation for Hygiene IndustryManufacturers in personal hygiene deploy Polyglycerin-10 Laurate in the water-based liquid of wet wipes to disperse light oils, skincare agents, and fragrances while delivering a skin-friendly cleansing effect. Its low irritation index suits sensitive-skin and baby wipes, and compatibility with fabric substrates reduces leaching during storage. QA in this sector verifies stability under prolonged sealed-pack storage and microbiological control for global shipment. Industry compliance standards
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6. Mild Shampoo and Hair Care ApplicationsLeading brands producing sulfate-free shampoos and gentle hair cleansers use Polyglycerin-10 Laurate to promote creamy micro-emulsions, improve rinse-off, and enhance post-wash tactile performance, especially on sensitive scalps. Formulators replace harsher emulsifiers to reach low irritation benchmarks for finetexture, clear or pearlescent haircare systems. Analytical labs perform foam stability and base viscosity analysis for batch validation. Industry compliance standards
Typical usage ratio
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Competitive Polyglycerin-10 Laurate 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.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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Years on the factory floor and in the research lab have taught us that innovation does not always mean complexity. Our Polyglycerin-10 Laurate stands out as a result of this philosophy. Every batch runs through railcars and reactors that carry decades of experience, yet the intention is always clear: refine a molecule that pulls more than its own weight in the final product.
Working directly with the intricacies of fatty acid and polyglycerol chemistry, we’ve discovered the concrete advantages of proper synthesis and tight quality standards. Not every laurate ester holds up in the surfactant tank or cosmetic beaker like Polyglycerin-10 Laurate. We built our model PG10-L on repeat practices—condensing lauric acid and polyglycerin under carefully monitored temperature and vacuum, no room for shortcuts or inattention here.
Most manufacturers try to keep their supply chain tight. We go straight to the source—glycerin from trusted plants, lauric acid from sustainably managed palm and coconut stocks. We believe in control from the molecular level on up. Working at scale, we inspect every reaction for color, acid value, hydroxyl content, and purity. Results land, not by chance, but by keeping hands on valves and eyes on gauges.
Each PG10-L batch brings an HLB value between 10 and 12. Those numbers are not plucked from the air—they’re the outcome of daily titrations and internal quality checks. Only product falling within this range leaves our doors, keeping performance steady for formulators who demand reliable emulsification or solubilization.
We manufacture Polyglycerin-10 Laurate chiefly as a non-ionic, plant-based surfactant. Past projects showed us what happens without rigorous oversight: double bonds out of place, cloud points all over the map, off-odors that wouldn’t quit. PG10-L shows a much cleaner olfactory profile, a clear-to-pale yellow liquid—steady viscosity means no surprises on mixing lines or automated pumps.
Our chemists emphasize water-holding performance as central to the product. You get a surface-active agent that not only blends oils and water, but also gives end-products a light, soft after-feel. In personal care or creams, it doesn’t drag or pill. In food, its role as an EWG-accepted emulsifier provides reassurance, and it keeps clarity in beverages where so many other esters turn cloudy or separate with time.
Years spent scaling recipes from bench to bulk tell us a lot about what can go wrong. Slow dispersal, hydrogenation residues, metallic off-tastes, delayed cold-crashing—these are headaches formulators run into day after day. Our own testing lines show PG10-L handles cold-process blending and high-shear mixing without breaking a sweat. It’s poured into shampoos, lotions, salad dressings, and vitamin drinks that don’t demand a PhD to process.
This product emerged from feedback, not marketing. One of our largest clients, a skin care producer, tasked us with eliminating irritation seen in PEG esters. Through sustained sampling and pigment testing, we found Polyglycerin-10 Laurate far less likely to destabilize color or increase redness, especially versus lower-polymerized blends or monoesters. It holds that middle ground: enough hydrophilicity for clear formulations, but with a backbone sturdy enough for creamy emulsions.
The chemical backbone of Polyglycerin-10 Laurate—a decaglycerol ester—offers enough surface activity for even, persistent emulsions. Simpler laurates fail to stand up to programmatic stress tests. We ran side-by-side storage trials and tracked phase separation over several months at various temperature stress points. PG10-L maintains translucency and viscosity even under repeated freeze-thaw cycles.
Many laurate esters on the market stall at transparency or taste limitations, especially in sugar-free or high-acid foods and health supplements. We’ve heard from beverage bottlers, for example, that similar surfactants either reduce shelf life or impart a soapy off-taste. That’s why our PG10-L receives dozens of sample requests per year: the ingredient’s backbone can hold stubborn flavors in solution without shifting clarity or mouthfeel.
In household and institutional cleaning, Polyglycerin-10 Laurate delivers stable foaming that endures through variable water hardness. Janitorial suppliers who switched to our blend reported fewer gum-ups in dosing heads and easier rinsing for users.
For topical formulas—be it sunscreens, body washes, or creams—the ability to work across broad pH and temperature ranges has proven critical. Our in-house stability testing stretches beyond industry minimums: formulas using PG10-L avoid the phase instability or oozing oil layers that we still observe with shorter-chain polyglycerol laurates or conventional monoesters. End-users point to lighter feel and reduced skin occlusion in consumer testing panels.
From the outset, we refused to compromise on green chemistry principles. Our factories operate under certifications recognized by global food and personal care standards. Third-party labs validate that PG10-L contains no detectable dioxane, ethylene oxide residue, or GMO feedstock derivatives. For edible products, the ingredient aligns with major restrictions around low toxicity and allergenicity. It passed extensive EPA and OECD biodegradability protocols, with more than 80% decomposition within weeks of real-world spill tests.
We know regulatory hurdles keep getting higher. Some customers still ask for documentation on traceability and clean supply. We run transparency audits through independent partners, offering verifiable chain-of-custody reports. Every drum comes with batch-specific COAs and full trace history down to the field where the palm was grown or the refinery turn on the glycerin.
Even when pushed for capacity during pandemic bottlenecks, we kept lead times under control by investing heavily in upstream extraction facilities. Planning for seasonality and agricultural variability forms the backbone of our raw materials procurement. We keep domestic reserves on hand so that temporary price shocks don’t ripple into customer invoices.
During recent disruptions in ocean freight and bulk transit, we adopted new local partnerships for purification and finishing, skipping the need for extended storage periods onboard ships. The result: fresher, lower-oxidation product that buyers can test and validate with confidence.
End-customers have reported concerns in the past regarding ingredient competition with food chains. Our solution is twofold—source only from plantations adhering to RSPO guidelines, and structure contracts with oil mills utilizing secondary crops or intercropping strategies to reduce deforestation and labor risks. This approach is not for show—it shapes every vendor relationship we maintain.
In the factory, product failures cost more than lost batches—they cost trust. That’s why our technical support doesn’t stop with certificates or paperwork. Our process engineers and chemists pick up the phone for direct troubleshooting. Problems like undissolved actives, persistent microbubbles, or batch-to-batch variability aren't abstract issues for us. We provide samples and even send technical staff to run pilot trials on client manufacturing lines. These hands-on experiences have revealed use cases where small formula tweaks—like adjusting mixing order or pH—make a world of difference in using Polyglycerin-10 Laurate successfully.
Some competitors extract efficiency from lower-level polyol laurates, such as Polyglycerin-3 Laurate or 4 Laurate. Those molecules cut costs, but leave end formulas prone to separation, haze, or unpleasant stickiness. Our trials consistently show PG10-L bridging gaps between solubility and texture: it dissolves rapidly in cold water and maintains homogeneity in high-oil, low-water systems.
PEG-based laurates create concerns now that consumer focus has sharpened on ethoxylate residues and ecological impact. By skipping ethylene oxide entirely and relying on multiunit polyglycerin, PG10-L answers these concerns. Multiple clients in the Asian and European markets replaced their ethoxylated blends and reported increased label claims and cleaner finished product analytics.
In cosmetic testing, shorter polyglycerol laurates struggle to emulsify UV filters without adding heavy secondary surfactants. With PG10-L, those extra additives often become redundant. Finished creams and serums look smoother, with a more natural after-feel and fewer stabilization steps. Bar soap makers rely on PG10-L to create transparent bases without plasticizing, unlike alternatives that dull color or cause unwanted gelation.
Whether you formulate for food, cosmetic, household, or pharmaceutical sectors, specification details shape your project from the first day. PG10-L’s consistent HLB, broad pH compatibility, and neutral scent support sensitive applications—from low-dose vitamin emulsions to allergen-free skin cleansers and children’s care products.
For beverage clients battling shelf-life and clarity issues in micronutrition and plant extract drinks, our product supports even flavor and vitamin dosing while minimizing ring formation or sediment development over time. Personal care companies cite fewer reformulation headaches, and food service suppliers appreciate PG10-L’s ability to withstand flash pasteurization and UHT without flocculation.
Running a factory with both commercial and environmental commitments is a balancing act. Our waste streams receive full treatment and recycling before leaving the plant. By capturing and reprocessing surplus water and glycerin, we reduce external demand and demonstrate real carbon and water savings. This approach not only minimizes our own footprint, it reassures downstream users concerned about the origin and lifecycle impact of every kilo they source.
Plant operators operate with the long haul in mind. Improvements like switching from fossil-based process heat to renewables, and capturing heat from exothermic reactions, produce tangible cost reductions and environmental gains. Regular equipment investments cut processing time and improve product uniformity, reducing scrap and rework rates. These details build up to measurable benefits for our clients who value supply chain sustainability.
We keep our ear to the ground in the industry, hearing from customers, researchers, and competitors. Demands are shifting: clean-label trends, transparency, greater biodegradability, and wider acceptance for global regulations. Our research team pushes forward not only on raw material sourcing, but also on molecular customization—longer or branched chain variants, lower odor, better compatibility with natural preservatives.
Experience tells us the chemical world rewards reliability. We pride ourselves on consistency—a product that does not surprise, does not require panic reformulation, and stands up to scrutiny no matter the end use. With Polyglycerin-10 Laurate, we put our track record to the test every day, batch after batch, for customers who see beyond just the next delivery and value lasting relationships between manufacturer and end user.
