Products

SoySquala® - Plant-Derived Squalane

    • Product Name: SoySquala® - Plant-Derived Squalane
    • Alias: soysquala-plant-derived-squalane
    • Einecs: 206-141-6
    • 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

    646593

    Inci Name Squalane
    Source 100% plant-derived from soybeans
    Origin Renewable, non-animal source
    Appearance Clear, colorless liquid
    Odor Odorless
    Purity ≥ 99%
    Stability Highly stable, oxidatively resistant
    Skin Feeling Lightweight, non-greasy, fast-absorbing
    Usage Level 1-100% depending on formulation
    Applications Moisturizers, serums, hair care, sunscreens, cosmetics
    Function Emollient, skin-conditioning agent
    Ecocert Status COSMOS and ECOCERT approved
    Comedogenic Rating Very low (non-comedogenic)
    Solubility Oil-soluble
    Vegan Yes

    As an accredited SoySquala® - Plant-Derived Squalane factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The packaging is a 1-liter amber glass bottle, labeled "SoySquala® - Plant-Derived Squalane," featuring tamper-evident seal and batch details.
    Shipping **Shipping for SoySquala® - Plant-Derived Squalane:** SoySquala® is securely packaged in airtight, leak-proof containers to preserve quality during transit. Shipped at ambient temperature, it is classified as non-hazardous and suitable for international and domestic transport. Each shipment includes clear labeling, traceability documentation, and compliance with relevant chemical transport regulations.
    Storage **SoySquala® - Plant-Derived Squalane** should be stored in tightly closed containers in a cool, dry, well-ventilated area, away from direct sunlight, heat sources, and incompatible materials. Keep the product protected from moisture and strong oxidizing agents. Recommended storage temperature is below 30°C (86°F). Always follow local regulations and guidelines for proper storage and handling of chemical ingredients.
    Application of SoySquala® - Plant-Derived Squalane

    Applications of SoySquala® - Plant-Derived Squalane in Industrial Manufacturing

    SoySquala® offers exceptional purity, oxidative stability, and compatibility with diverse industrial formulations. As a hydrogenated squalene sourced from sustainable plant origins, it enables manufacturers to meet strict regulatory and quality standards while supporting advanced process requirements. Below are core downstream industrial applications with specific technical details and regulatory frameworks.

    1. Cosmetic and Personal Care Emollient Production

    Major cosmetics manufacturers incorporate this material as a premium emollient in skincare, haircare, and dermocosmetic lines. It provides superior skin feel with rapid absorption and non-greasy finish, making it a preferred alternative to petroleum-based and animal-sourced squalane. Formulators rely on its oxidation resistance during high-speed homogenization, emulsification, and hot pour processes for lotions, serums, creams, and hair oils. Strict microbiological and allergen testing is necessary throughout ingredient handling and storage phases to maintain hypoallergenic certification for finished goods, especially in sensitive skin applications and baby care.

    Industry compliance standards

    • EU Cosmetics Regulation (EC) No 1223/2009
    • REACH Registration (EC) No 1907/2006
    • Cosmetic Ingredient Review (CIR) Safety Assessment
    • ISO 22716: Cosmetics Good Manufacturing Practices
    • Allergen labeling per Regulation (EU) No 655/2013

    Typical usage ratio

    • 2% – 15% by weight; adjusted based on texture, application type, and formulation viscosity. Lightweight serums use 2–5%, while rich creams or sunscreens may reach 10–15%.

    Downstream process integration

    • Added during oil phase blending under controlled temperature (below 80°C)
    • Homogenized prior to aqueous phase addition to ensure uniform dispersion
    • Directly filled into component packs post-filtration
    • Stability testing for finished batches occurs after final cool-down

    Final product types

    • Facial creams, anti-aging serums, body lotions
    • Sunscreen emulsions
    • Cleansing oils, micellar waters
    • Leave-in hair conditioners, hair treatments
    • Baby creams and sensitive skincare

    2. Pharmaceutical Topical Formulation

    Pharmaceutical companies use hydrogenated squalene as an occlusive agent and dermal penetration enhancer in topical preparations such as ointments, transdermal patches, and medicated creams. Its high purity grade assures absence of residual solvents and PAHs, critical for European and US pharmacopoeia compliance. It preserves API stability during prolonged storage and during sterilization, supporting both water-in-oil and oil-in-water systems for prescription and OTC pharmaceuticals. Manufacturers perform batch-specific quality assays for peroxide value, microbial load, and heavy metals prior to release for GMP production lines.

    Industry compliance standards

    • USP-NF Monograph: Squalane
    • European Pharmacopoeia (Ph. Eur.) 10.0, Squalane Entry
    • FDA 21 CFR Part 210/211 (cGMP for finished pharmaceuticals)
    • ICH Q3C Guidelines for Residual Solvents
    • ISO 13485 (for topical medical device products)

    Typical usage ratio

    • 5% – 30% in ointment bases; lower levels (2–8%) in creams and gels depending on viscosity and API diffusion targets.

    Downstream process integration

    • Dosed to pre-melted lipid base prior to API addition
    • Mixed under nitrogen to prevent oxidation where API is oxidation sensitive
    • Filtered to achieve microbiological safety before filling
    • Stability and compatibility studies performed post production

    Final product types

    • Prescription dermatology ointments (e.g. anti-inflammatory creams)
    • Pain relief emulgels
    • Transdermal drug delivery plasters
    • Medical skin barrier films

    3. Food Contact Lubricants (Incidental Additive)

    Food machinery lubricant manufacturers select highly refined hydrogenated squalene for NSF H1 and FDA-compliant lubricants where incidental food contact may occur. The unique purity and low migration profile suit it for use in bearings, conveyors, and filling lines in beverage and processed food facilities, especially where plant-based declarations or palm oil alternatives are required. Quality assurance involves full traceability records, segregated storage, and organoleptic testing to prevent contamination and ensure no impact on food odor or taste. All batches must pass screening for mineral oil hydrocarbons and non-intentionally added substances before release.

    Industry compliance standards

    • FDA 21 CFR 178.3570 (Lubricants with incidental food contact)
    • NSF International H1 Certification
    • EU Regulation (EC) No. 1935/2004 (Food Contact Materials)
    • ISO 21469: Safety of machinery – Lubricants with incidental food contact

    Typical usage ratio

    • 5% – 40% in synthetic lubricating blends; exact levels depend on viscosity index and compatibility with base fluids. Higher ratios provide increased film strength for high-load or high-moisture machinery parts.

    Downstream process integration

    • Blended with synthetic esters and PAOs at controlled temperatures in jacketed reactors
    • Passed through microfiltration to meet food-grade purity
    • Filled into sealed, food-grade drums and cartridges
    • Analytical QC includes testing for non-migration, taste, and odor transfer

    Final product types

    • Conveyor and chain lubricants for bakery lines
    • Beverage filling equipment greases
    • Incidental contact compressor oils
    • Seam lubricants for canning

    4. Biotechnological Ingredient Carrier and Extraction Aid

    Biotechnology companies utilize pure squalane as an inert carrier and solvent for sensitive actives and live extracts, particularly where bioactivity retention is critical. Its chemical inertness supports enzyme stabilization and microencapsulation in probiotic beadlets, lipid-soluble vitamin delivery, and plant extract preparations. Process engineers use it for solvent extraction and dispersion of hydrophobic bioactives under low-shear mixing conditions to preserve viability. Downstream QC focuses on peroxide value, total aerobic count, and absence of genetically modified material to adhere to food supplement and pharmaceutical excipient requirements.

    Industry compliance standards

    • ISO 22000 HACCP for food ingredient applications
    • GMP for pharmaceutical excipients (ICH Q7)
    • Allergen-free statement per Regulation (EU) No. 1169/2011
    • Non-GMO certificate as per EU and US FDA guidance

    Typical usage ratio

    • 1% – 20% as extraction carrier; dosage is adjusted based on solubility of bioactive component and required concentration in final suspension.

    Downstream process integration

    • Added after initial biomass or plant tissue maceration
    • Low-shear mixing applied to prevent denaturation or sedimentation
    • Centrifuged or filtered prior to spray-drying or beadlet formation
    • Packed under nitrogen to minimize oxidation risk

    Final product types

    • Oral lipid vitamin drops (Vitamins A, D, E, K formulations)
    • Microencapsulated probiotics
    • Hydrophobic botanical extract dispersions
    • Lipid-based nutraceutical beadlets

    Free Quote

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    Tel: +8615365186327

    Email: admin@ascent-chem.com

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    Certification & Compliance
    More Introduction

    SoySquala®: Plant-Derived Squalane Straight from Our Factory Lines

    Sustainable Squalane, Made with Care

    Years ago, cosmetic labels started shifting from shark-sourced squalane to greener alternatives. That push sparked a movement that we, as raw material manufacturers, embraced from the very beginning. Today, the demand for sustainable, high-performing squalane just keeps growing, and we’re on the factory floor producing SoySquala®—a squalane derived directly from renewable, non-GMO soybeans. Every kilo is manufactured freshly on our site, not resold or repackaged from elsewhere. We oversee the full transformation from soybean oil to pure, cosmetic-grade squalane, so we know exactly what goes into the process and what you get out of the drum.

    How We Make SoySquala®

    SoySquala® comes from hydrogenating squalene extracted naturally from soybeans. Hydrogenation takes out the instability found in squalene—no more oxidizing, no yellowing or odd odors during storage. That stable molecular structure makes SoySquala® a long-shelf-life emollient that performs every time, whether you’re making serums, creams, lip balms, or hair oils. From our experience, formulation teams find it easy to work soy-based squalane into a broad range of finished goods, including clear gels, anhydrous balms, and lightweight lotions.

    Model and Specifications

    The squalane we manufacture under the SoySquala® mark comes in standard and high-purity models. Our quality control lab tracks transparency, odor, peroxide value, and color, targeting the low-detectable levels needed for high-end cosmetic applications. Viscosity stays light. Absorption into skin feels nearly identical to skin’s own oils, supporting claims of fast, non-greasy finish without any film left behind. The product pours clear and odorless, so it doesn’t overpower sensitive ingredient blends.

    We keep water activity and microbial margins extremely tight; that’s one advantage when production never leaves the factory. We don't lean on bulk refining from outside or intermediary blending; it all happens in our chemically controlled system. For traceability, every lot comes with a full breakdown of botanical origin, treatment steps, and batch-specific parameters. We keep certified records for each, from soybean reception through hydrogenation, distillation, and packing. Our data show batch consistency in both purity and manufacturing hygiene—an assurance big brands and independent formulators both request.

    Why Plant-Derived Squalane Matters

    The rise of plant-based squalane wasn’t just about responding to vegan trends or changing sourcing laws. From our perspective in the manufacturing trenches, relying only on shark livers limited squalane’s reliability, price stability, and supply volume. Soybeans, on the other hand, grow in scale year after year, giving us both renewable feedstock and market resilience. The most direct benefit for you, as a formulator or finished product brand, comes from predictable supply chains. We keep the process transparent too—every time a client wants a plant-based “chain of custody” for their product claims, we show the full cradle-to-gate documentation.

    We have found that with the hydrogenated squalane backbone, performance doesn’t lag behind shark-derived versions at all. Emollience matches well; oxidative stability even exceeds it. For longevity on the shelf, lab data confirms plant squalane resists hydrolysis and rancidity, so our product can tolerate the slower velocities of indie launches without risk. That steady performance also proves why big brands have pivoted so hard toward renewable sources. They’re not making a trade-off—they’re gaining real reliability and consumer appeal.

    Comparing Soy, Olive, and Shark Sources: Seen From the Factory

    Much of the squalane on the market today comes either from olives or soybeans, with a small fraction still drawn from sharks. As the producers behind SoySquala®, we keep track of the differences not just in paperwork, but in the real chemistry and logistics risks involved.

    Olive-derived squalane lines can face interruptions whenever the olive harvest swings downward. Several of our clients have reported price spikes or delays when weather events or agricultural shifts in the Mediterranean reduced availability. By contrast, fossil-fuel logistics around shark extraction attract regulatory risk and growing consumer backlash. When supply chains swing wildly, manufacturers—whether of lipstick or hair serums—see their own production costs balloon.

    The soybean source sidesteps these pains. Global soybean yields have outperformed olives in both acreage and efficiency. With plantations across several continents and well-established transport infrastructure, we keep year-round production on schedule. By extracting squalene directly from soybeans and hydrogenating it in line, we manage every point of chemical control ourselves. As a result, we regularly maintain specifications for clarity, purity, peroxide value, and residual solvent below detection. We get to skip backup suppliers, multimodal shipping headaches, and mid-stream price negotiations, so our customers rarely run short—even during busy launch windows.

    Talking with R&D teams in the lab, we hear one comment repeated: stability. Squalane ranks up with some of the most shelf-stable emollients, especially compared with plant butters or unrefined seed oils. Our factory tests product samples through high-heat, freeze-thaw, and long-term ambient storage to make sure they never yellow, curdle, or turn rancid faster than labeled. For brands exporting globally, that reliability translates to finished products that look and feel fresh on the shelf—whether stored in Seoul boutiques or shipped cross-country in midsummer.

    Working with Formulators: What We’ve Learned

    Being direct manufacturers gives us an open channel with many labs and purchasing teams. Rather than just moving drums from warehouse to container, we keep in touch with formulators troubleshooting texture, spread, and ingredient compatibility. One of the primary advantages we hear comes down to simplicity. SoySquala® offers a drop-in alternative to petrochemical and animal-based emollients, and we see formulators swapping it for mineral oil, cyclopentasiloxane, or older shark squalane in everything from facial oils to sun care sprays.

    Our production line puts out both standard and higher-purity squalane. The high-purity type works best for sensitive-skin formulas, baby care ranges, and medical-dermatological lines, where injurious residues and even the faintest odor can tip the balance for safety assessors. For color cosmetics and anti-aging ranges, standard-grade squalane delivers a silky slip and enhanced pigment dispersion. It layers unobtrusively with actives, so we frequently see it paired with vitamin C, retinol, and bakuchiol. In hair formulas, it blends smoothly to provide non-greasy softness and frizz control.

    Over the years, we’ve handled requests for different beauty standards: Korea, Japan, Europe, US. Most regulatory differences come down to purity and evidence of plant origin, both areas where our in-house control wins confidence. Some of our customers focus on clean beauty claims, so they turn to us for non-GMO statements and pesticide residue testing. Others want short, trustable ingredient lists—squalane from soy shows up in theirs with only one INCI, and no need for confusing qualifiers.

    Safety, Traceability, and Green Chemistry

    As the factory responsible for every drop of this squalane, safety and transparency matter. Our extraction, hydrogenation, and distillation steps follow strict safety protocols. Any batch not meeting microbial or purity cutoffs is reprocessed or discarded, never warehouse-blended. Each production run comes with a full shipment certificate, not just a copied COA from a bulk aggregator. Because we handle every critical stage—seed to bottle—we guarantee not just plant origin but the absence of contaminating residues or animal derivatives.

    Sustainability takes more than just a renewable feedstock. The process must minimize waste and energy use at every step. We implement waste capture and glycerol recycling, and we treat effluents to avoid soybean byproducts reaching waterways. That lowers our overall resource impact while meeting clean-label standards. Global clients often ask about carbon footprint—on that front, plant squalane outperforms both petrochemical and animal-based materials in published life cycle analyses.

    We see the squalane market moving not just toward vegan or cruelty-free, but toward full-scope traceability. For some, this means being able to track back every kilo to a specific crop or certificate. We satisfy that need through batch-controlled production and documented flow charts. We also maintain paper trails for organic compliance cases and have expert chemists on-site to answer tough technical questions about purity, molecular weight, or oxidative safety.

    Performance Under Real-World Conditions

    We know how critical it is for brands and manufacturers to trust every input. Our teams regularly run extended stability tests on SoySquala® in both finished product and raw bulk. Under real-world conditions—shipping, sitting in warm warehouses, extended storage—squalane holds up. There’s no separation, no “top note” development of odors, and no unexpected shifts in color. Whether it goes into luxury serums or everyday cleansers, it helps end formulas resist breakdown over time.

    Customers often send back their own feedback from different climates—arid, humid, frozen, or coastal. We see squalane supporting product stability and sensory consistency no matter the weather zone. For brands selling into regions with fewer refrigeration options or longer supply chains, this performance takes on even more weight. Finished products can travel further without fear of early rancidity or cloudiness.

    On the sensory side, most panels call out the fast absorption and weightless feel on skin. Squalane mimics natural skin lipids, which gives consumers the satisfaction that their moisturizer or serum “melts in” quickly, without sticky residue. We’ve tested SoySquala® in all-oil formulations and tricky ointments and have seen it keep actives from settling or splitting. Makeup developers tell us it helps pigment stay evenly suspended, producing true color payoff and longer wear without heavy occlusion.

    In rinse-off formats—cleansing oils, face washes, balms—SoySquala® improves skin feel after use. Unlike petroleum bases, which can strip the barrier, squalane leaves behind a soft touch that enhances perceived quality. Panel test data reveal consistently positive feedback on post-wash smoothness, especially compared with non-hydrogenated plant oils, which can leave residue or off-odors.

    Supporting Claims with In-House Evidence

    As the manufacturer, we back up performance with in-house evidence, not just claims or borrowed literature. We run routine peroxide value checks, stability analyses under light and heat, microbial challenge testing, and regular composition assays to guarantee that the product you get matches the performance data we supply. Over dozens of consecutive batches, we’ve delivered squalane with purity levels confirmed through GC-MS and FTIR tracing that meet or beat internationally recognized standards for cosmetic and dermal use.

    For traceability and regulatory requirements, our tracking system links every finished kilogram to its original soybean batch, hydrogenation process, and distillation fraction. This matters to our customers who face rigorous inspections or private label audits, as evidence of non-animal, allergen-free, and non-GMO sourcing can’t rest on a one-off document but on a demonstrable chain of process.

    We offer detailed breakdowns and certificates as part of every order, so compliance staff and safety assessors have proof ready at hand. In cases where brands want to make sustainability claims—vegan, cruelty-free, “from plants not sharks”—our records back those claims from production data, not just bulk supplier assurance.

    SoySquala® in Practice: A Manufacturer’s Perspective

    From producing SoySquala® each month, we learn continually from the practical, hands-on side of raw material manufacturing. That direct experience shapes how we refine our process, respond to customer feedback, and improve product performance batch by batch. If we notice minor variances—a slightly higher viscosity, or a faint deviation in color—we adjust parameters early on. Our customer quality teams track client-specific requirements as well, feeding any tweaks back into our mainline system so future batches converge even closer to ideal specs.

    We believe in being proactive about both product quality and industry trends. Years of seeing oil- and wax-derived ingredients move out of favor have taught us to stay close to raw plant sources, keep refining purification, and monitor global shifts in beauty priorities. The push for clean and transparent supply chains isn’t slowing down. Instead, customers expect their squalane to do triple duty: deliver silky-skin textures, guarantee a renewable backstory, and hold up to regulatory and safety scrutiny worldwide. Plant-derived squalane, made in-house, meets all these needs more cleanly than materials drawing from yesterday’s sources.

    Shaping the Future of Green Ingredients with Experience

    As factory producers, our understanding of squalane’s role in modern skincare, cosmeceuticals, and specialty personal care doesn’t come from trend reports but from daily observation of what works in the real world. We know firsthand the value of formula stability, the frustration of ingredient outages, and the satisfaction of a product that ships worldwide and looks just as good on arrival as it did in our factory. Clients return year after year not only for consistent supply but for transparent partnership, real technical support, and a commitment to continuous improvement.

    SoySquala® isn’t just another commodity oil. It represents what plant-based innovation can bring to the table: science-backed, highly stable squalane on which brands and consumers alike can rely. As more industries seek cleaner, greener input, we continue pushing the boundaries—raising purity every cycle, tailoring production to global needs, and backing every drum with real traceability.

    In our role as manufacturers, we see squalane’s shift toward plant origin as much more than a marketing shift; it stands for accountability and value at every link in the chain from seed to bottle. We’re proud to keep driving quality, safety, and sustainability, and to partner with brands reimagining what skincare and personal care can be.

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