Products

EMOGREEN™ L19 Natural Emollient

    • Product Name: EMOGREEN™ L19 Natural Emollient
    • Alias: C15-19 Alkane (Plant-based)
    • Einecs: 700-231-5
    • 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

    407291

    Inci Name C15-19 Alkane
    Origin 100% plant-based (derived from coconut and palm)
    Type Natural emollient
    Appearance Clear, colorless liquid
    Odor Odorless
    Biodegradability Readily biodegradable
    Polarity Non-polar
    Touch Light and non-greasy
    Spreadability Very high
    Comedogenicity Non-comedogenic
    Sensory Profile Silky, powdery skin feel
    Applications Skin care, hair care, sun care, makeup
    Eco Certification COSMOS and ECOCERT approved
    Solubility Insoluble in water, soluble in oils
    Melting Point Liquid at room temperature

    As an accredited EMOGREEN™ L19 Natural Emollient factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing EMOGREEN™ L19 Natural Emollient is packaged in a sturdy 25 kg blue HDPE drum with a tight-sealing screw cap lid.
    Shipping EMOGREEN™ L19 Natural Emollient is typically shipped in sealed, food-grade drums or containers to ensure product integrity and prevent contamination. Containers are labeled according to international regulations for chemical transport. Shipments should be stored in a cool, dry place, protected from direct sunlight and moisture, and handled according to the manufacturer's safety guidelines.
    Storage EMOGREEN™ L19 Natural Emollient should be stored in tightly closed, original containers, in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep away from strong oxidizing agents. Ensure the storage area is free from moisture and compatible with the product’s packaging to maintain quality and prevent contamination.
    Application of EMOGREEN™ L19 Natural Emollient

    Applications of EMOGREEN™ L19 Natural Emollient in Industrial Manufacturing

    EMOGREEN™ L19 Natural Emollient serves as a multifunctional, plant-based emollient that addresses performance and regulatory demands across several sectors. As the original manufacturer, we support formulators in personal care, pharmaceutical, color cosmetics, pet care, and household industries, providing technical assistance for process adaptation and regulatory compliance.

    1. Skin Care Creams and Lotions

    Our natural emollient is widely used to deliver light skin feel and enhanced spreadability in industrial production of moisturizing creams and body lotions. Its botanical origin supports clean label requirements and offers proven compatibility with a broad spectrum of common emulsion systems. Formulations benefit from this emollient's non-occlusive, weightless skin after-feel, making it especially attractive for leave-on skin moisturizers produced at scale. Downstream operators integrate it during the oil phase preparation, ensuring homogeneous distribution while meeting regional and international regulatory requirements.

    Industry compliance standards

    • EU Cosmetic Regulation (EC) No 1223/2009
    • REACH Regulation (EC) No 1907/2006
    • U.S. FDA Title 21 CFR 720.4 (Cosmetic Ingredient Review Reporting)
    • ISO 22716:2007 (GMP for Cosmetics)

    Typical usage ratio

    • 2% to 10% by total formulation weight, based on desired sensory character and emulsion stability

    Downstream process integration

    • Added at the hot or cold oil phase prior to high-shear emulsification; allows adjustment of rheology and absorption profile; compatible with both batch and continuous manufacturing.

    Final product types

    • Facial moisturizers
    • Body creams
    • Hand and foot lotions
    • After-sun care emulsions

    2. Hair Conditioner and Leave-In Formulations

    Hair care manufacturers select this emollient to impart superior glide and manageability to rinse-off and leave-in conditioners. Its plant-based origin ensures low environmental impact and full traceability, responding to eco-labeling trends and sustainability audits. Process engineers introduce our material along with conditioning agents during the aqueous phase, assisting in stabilizing high-load emulsions without silicones.

    Industry compliance standards

    • EU Cosmetic Regulation (EC) No 1223/2009
    • ISO 16128 (Guidelines on technical definitions and criteria for natural and organic cosmetic ingredients)
    • US FDA Title 21 CFR 701.3 (Ingredient Labeling Requirements for Hair Care)

    Typical usage ratio

    • 1% to 5% depending on the balance between conditioning performance and weight on hair shaft; adjusted for viscosity and compatibility with cationic surfactants.

    Downstream process integration

    • Added post-emulsification, before final cooling; can be incorporated via inline dosing in continuous systems, maintaining texture and sensory profile in high-throughput environments.

    Final product types

    • Rinse-off conditioners
    • Leave-in conditioning sprays
    • Creamy hair masks
    • Smoothing and detangling balms

    3. Pharmaceutical Topical Preparations

    Pharmaceutical formulators use this ingredient in non-irritant topical vehicles where hypoallergenicity, safety, and skin barrier compatibility are mandatory. As a plant-sourced, inert excipient, it enables compliance with pharmacopeia monographs while contributing to the spreadability and absorption profile of semi-solid and liquid medicinal preparations. Our emollient enters directly during the excipient blend-ups, facilitating incorporation of hydrophobic APIs and enhancing the tactile finish of prescription and OTC dermal solutions.

    Industry compliance standards

    • USP-NF (United States Pharmacopeia-National Formulary, where applicable as an excipient)
    • Ph. Eur. (European Pharmacopoeia) for excipients
    • ICH Q7 (Good Manufacturing Practices for Active Pharmaceutical Ingredients)
    • ISO 13485 (Quality Management for Medical Devices, if used in medical device lubrication)

    Typical usage ratio

    • 3% to 8% of total formulation, adjusted per API solubility and spread requirement; lower range for gels, upper for ointments.

    Downstream process integration

    • Dispersed directly with excipients in main vessel under laminar or low-shear mixing, prior to addition of actives; suitable for both topical creams and ointment bases.

    Final product types

    • Hydrophobic topical creams
    • Barrier ointments
    • Medicated gels
    • Dermal emulsions for sensitive skin

    4. Decorative Color Cosmetics

    This plant-based emollient supports pigment dispersion and sensory enhancement in color cosmetics. Formulators rely on it to achieve a light, non-oily after-feel required in market-driven makeup products. Its natural composition enables alignment with vegan and natural-origin claims. Production personnel add it during pigment wetting and pre-mixing, ensuring even color payout in final bulk blends while passing batch-to-batch QC for viscosity and spread.

    Industry compliance standards

    • EU Cosmetic Regulation (EC) No 1223/2009
    • U.S. FDA Title 21 CFR 73 (Color Additives in Cosmetics)
    • ISO 22716:2007 (Cosmetic GMP)
    • California Proposition 65 (Safe Drinking Water and Toxic Enforcement Act, where applicable)

    Typical usage ratio

    • 2% to 12% by weight, with final percentage driven by desired slip, pigment dispersion, and shine level; higher ratio used for lipsticks, lower for powdered compacts.

    Downstream process integration

    • Combined with esters and pigments during high-shear mixing or milling, prior to final emulsification or compaction stage; enables even texture and minimizes pigment agglomeration.

    Final product types

    • Foundation creams
    • Lipsticks and lip balms
    • Pressed powder blushers
    • Liquid concealers

    5. Pet Grooming and Skin Care

    Animal care product manufacturers use this plant-derived emollient to create mild, non-irritating grooming sprays and balms that comply with regulatory needs for ingredient safety. It assists in reducing skin dryness and improving combability in formulations destined for sensitive pets. Technicians blend it with other conditioning agents during the oil phase, monitoring for residue and overall rinseability.

    Industry compliance standards

    • EU Regulation (EC) No 767/2009 (Animal Feedingstuffs, where applicable to grooming aids and pet topical care)
    • US FDA Center for Veterinary Medicine guidelines for animal topical preparations
    • ISO 9001:2015 (Quality Management for Animal Care Products)

    Typical usage ratio

    • 1% to 6% by formulation weight; adjusted by skin tolerability trials in different animal species and rinse-off performance.

    Downstream process integration

    • Blended with non-ionic or amphoteric surfactants during pre-emulsification; added after heating stage to preserve mildness; compatible with batch and semi-continuous processing.

    Final product types

    • Pet coat conditioning sprays
    • Moisturizing pet shampoos
    • Soothing paw balms
    • Leave-on grooming lotions

    6. Household Surface Care Polishes

    Producers of premium household surface polishes leverage this emollient for its non-greasy residue and natural origin, fulfilling demand for safer home care solutions. It contributes to streak-free shine and improved surface glide on woods and plastics without synthetic silicones. Plant routes provide an advantage for companies certifying biodegradability and domestic safety, especially for products marketed with environmental claims. Operators add the emollient during the final compounding stage, prior to filling and storage.

    Industry compliance standards

    • EU Detergents Regulation (EC) No 648/2004 (For eco-labeling and surfactant biodegradability)
    • US EPA Safer Choice Program guidelines
    • ISO 14001:2015 (Environmental Management Systems in Household Chemical Manufacturing)

    Typical usage ratio

    • 1% to 4.5% of final product mass; optimization depends on desired gloss, wipe residue, and interaction with anti-static agents.

    Downstream process integration

    • Incorporated with waxes and solvents in cooling phase, ensuring uniform spread and stability in emulsion-based and solvent-based polish systems; suited for both manually batched and automated mixing lines.

    Final product types

    • Furniture polishes
    • Floor shine enhancers
    • Plastic surface conditioners
    • Automotive dashboard cleaners

    Free Quote

    Competitive EMOGREEN™ L19 Natural Emollient 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

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    Certification & Compliance
    More Introduction

    EMOGREEN™ L19 Natural Emollient: Real-World Performance from the Manufacturer’s Perspective

    Daily life in the chemical manufacturing world means we deal with more than test tubes and formulations—we spend hours listening to customer feedback, consulting regulatory updates, and watching global ingredient trends shift. Developing EMOGREEN™ L19 natural emollient wasn’t just about ticking boxes on a spec sheet. Our R&D team field-tested the product with our partners, watched how formulators handled its texture, observed shelf life in real conditions, and saw firsthand which claims were backed by performance and which fell flat in customer formulations.

    What Sets EMOGREEN™ L19 Apart?

    Many of us inside the factory walls have worked with emollients for decades. We’ve noticed the small annoyances: the greasy afterfeel, rapid oxidation, product separation in hot climates, regulation headaches over synthetic content. As the personal care and cosmetics world pivots toward renewable sources, new raw materials flood our desks. Over the last several years, natural origin claims promised a lot but sometimes disappointed on spreadability, stability, or consumer feel. From the start, we set out to answer a practical question: could a high-content bio-based emollient keep up with the demanding processing, transport, and product performance requirements of global brands?

    EMOGREEN™ L19’s formulation came out of this R&D focus. L19 is a plant-derived hydrocarbon—not based on palm oil, mineral oil, or silicone. The raw material comes from a renewable feedstock, and the process involves no chemical modification of the backbone. There’s no added fragrance, colorants, or other “masking” ingredients. Manufacturing experience taught us that consumers, especially those with sensitive skin or allergies, can pick up on even trace impurities or odor. We built L19 to avoid these issues at the source, not just try to hide them later in the process.

    Physicochemical Properties, Lab Testing, and Real-World Use

    In the lab, L19 exhibits a light, fresh skin feel, often compared to dry oils but with better oxidative stability. It stands out because it resists going rancid—even after extended storage in full sunlight or during transport to humid markets in Asia or South America. Instead of splitting phases or picking up off-odors, L19 maintains clarity. Shelley from our QC lab insists on running product from every batch before we ship. She has yet to send any drum of L19 back to production for an off-spec appearance or smell. For us, it’s a matter of pride—keeping that batch-to-batch consistency.

    L19 offers a medium spread, mimicking the “slip” of some light silicone fluids, but entirely silicone-free. This property often appeals to formulators who want plant-based claims without sacrificing texture. Many competitors focus on production cost at the expense of feel, so their ingredients can feel sticky or waxy. L19 flows easily at room temperature, handles cold formulation processes, and holds up during high-shear mixing without producing troublesome foam. We often encounter R&D teams using L19 as a drop-in alternative where cyclopentasiloxane or mineral oil used to dominate formulations. In body lotions and facial oils, formulators look for ways to soften skin, impart gloss, and hydrate without a heavy or occlusive afterfeel. L19 bridges this gap, delivering the slip and softness needed for sensorial impact.

    Our Take on Industry Shifts and Customer Demands

    Natural ingredient labeling isn’t the whole story. We’ve witnessed global pushback against “greenwashing”—throwing plant symbols on a label doesn’t mean the supply chain’s clean. For us as a manufacturer, traceability means showing exactly where feedstocks come from and documenting every processing step. L19 is manufactured using renewable sourcing, and we make supplier audits and feedstock tracking part of our routine. We support brands investigating the entire journey from field to finished bottle. This approach satisfies regulatory requirements in the EU, Asia, and the US, but more importantly, it gives customers peace of mind that comes from true transparency rather than a certification stamp.

    From a manufacturer’s seat, we know how crucial stability is for mass-market and prestige cosmetic brands alike. Months or years of planning go into putting a product on the shelf. Formulations containing EMOGREEN™ L19 show extended resistance to oxidation and phase separation compared to some legacy plant emollients (like ethylhexyl palmitate) or natural oils (like coconut or jojoba). L19 helps formulators reduce use of synthetic stabilizers or antioxidants, streamlining the ingredient list and supporting simplified “clean beauty” claims. For waterless formulations, L19 provides a lubricating payoff on skin and hair without the weight or unpleasant residue that some fully natural oils bring.

    No emollient is a panacea. In real-world R&D, formulators tell us that some skin types crave heavy occlusion while others want light, barely noticeable hydration. L19 isn’t as occlusive as high-molecular-weight hydrocarbons, so it won’t meet every requirement for barrier creams or balms designed for severe dryness. Instead, its strength lies in multi-sensory daily-use applications: facial serums, creams, sun care, color cosmetics, and even hair care for shine without stickiness. We’re honest about this with every partner—our technical team shares sample formulations and offers process tips rather than just dropping sample drums at the loading dock. The best results come from collaboration, especially where clean-label expectations intersect with performance realities.

    What We’ve Learned About Compatibility and Sensory Trends

    During pilot production runs, our teams worked alongside cosmetic brands to observe how EMOGREEN™ L19 blends with actives, thickeners, and other oils. Some chemically similar alternatives clump or separate under stress, especially in emulsions with high water content. L19 remains stable across a wide temperature range and doesn’t crystallize at common storage temperatures—a feature that simplifies scaling from the lab bench to thousand-liter batches. As the market looks for texture innovation, we’ve seen L19 used to create gel-to-oil cleansers, lightweight facial oils, and sprays with superior skin glide compared to older plant-derived esters. Synthetic oils once dominated these projects, but many of our clients now choose L19 to meet natural-content targets without sacrificing skin feel.

    Throughout testing, we kept an ear to the ground for end-user feedback. One common theme: consumers reject greasy skin feel and visible residue. Natural content matters, but only if the product feels pleasant and disappears into skin without causing breakouts. L19’s structure strikes this balance—neither occlusive nor evaporative, but present enough for smooth afterfeel. Cosmetic companies consistently report fewer complaints or negative reviews tied to texture or afterfeel. This outcome comes from our process engineers’ methodical control of viscosity and purity at every manufacturing step.

    How EMOGREEN™ L19 Supports Sustainability and Safety Demands

    Years of field experience convince us that sustainable sourcing claims ring hollow unless backed by real documentation. Our approach with L19 involves life-cycle analyses, supply chain audits, and working with growers focused on land stewardship. The entire team—from procurement to logistics—commits to minimizing transport miles and energy consumption in every batch run. For personal care brands that target eco-conscious consumers, these details matter and show up in their own marketing and audits.

    No less important is toxicological safety. We avoid common allergens, phthalates, parabens, and petroleum derivatives. L19 shows low irritation potential in in vitro and human patch testing—key for sensitive skin applications. Our regulatory affairs team monitors evolving international standards for banned or restricted substances. Because we oversee every kilogram’s production, our traceability allows quick action should regulations shift or new scientific findings arise. In the last five years, we’ve seen demand skyrocket for “ultra-clean” emollients, spurred on by retailer ingredient blacklists and EU REACH compliance checks. L19 stands up under this scrutiny.

    Sometimes, natural emollients pose unexpected safety risks when stored long-term—mold, microbial contamination, or breakdown under UV exposure. By tightly controlling moisture and impurity levels at source and throughout manufacturing, we cut down these risks. The result for customers: longer shelf life and less batch wastage, even in tropical or high-humidity regions. That keeps both costs and product returns under control.

    Ongoing Collaboration and Application Support

    While we’re proud of EMOGREEN™ L19, we know real innovation happens beyond the factory floor. Direct conversations with formulation scientists, product managers, and QC chemists push us to spot bottlenecks and suggest process improvements. Over the years, we’ve responded to requests for technical bulletins, participated in co-development sessions, and supplied samples tailored for cold or hot process manufacturing lines. Our goal: practical solutions, not just theoretical claims. Each market—be it North America, Europe, Southeast Asia, or Latin America—comes with distinct climate, consumer preference, and storage realities. We’ve refined L19’s packaging, drum sizing, and logistics chain to suit these needs. As a result, fewer leaks, clogs, or temperature-related complaints reach our support desk compared to past-generation oils.

    Some customers seek novel product types—solid bars, waterless concentrates, fast-absorbing serums, color cosmetics that must glide but set fast. With L19, they gain an ingredient that works seamlessly from formula development to finished product, with tactile benefits that can validate premium pricing. The emollient’s chemical stability gives formulators a broader palette, especially as international shipping and long-term warehouse storage become ever more important. Many of our global brand partners emphasize repeatable outcomes: no separation, no “off” notes, no cloudiness, minimal risk for pump clogs or dispenser blockages. Our QC team tracks these customer requirements as carefully as our own internal specs, using that information to drive continuous process refinement.

    Emission Reduction, Life-Cycle Value, and the Future of Clean Formulation

    Most sustainability claims in beauty and personal care originate upstream—in feedstock agriculture and transport—rather than the emollient facility itself. We’ve found that shifting sourcing to more local or lower-emission crops yields a double benefit: lower carbon footprint and more control over supply chain risks. L19 leverages this insight with a supply base chosen for resilience, not just short-term cost reduction. We avoid palm oil, not only to steer clear of deforestation concerns but also to guarantee farmers receive fair compensation and the supply remains secure through climate variability.

    Our product development cycle increasingly includes carbon accounting and environmental performance analysis as standard practice, not add-ons. Brands that commit to science-based sustainability targets now push for full ingredient breakdown in their Life Cycle Assessments. In collaborating with them, we share the same numbers we use to guide internal improvement—low water usage, renewably-derived feedstock, energy usage reduction in final distillation. Shared ambitions replace vendor-client negotiation with genuine partnership. As we face uncertain regulatory changes and changing consumer values, the answer remains rooted in transparency and technical rigor.

    Key Performance Highlights as Seen in the Market

    Competitor benchmarking tests lined up L19 against legacy plant and mineral emollients over dozens of criteria: viscosity stabilities, sensory performance, compatibility with emulsifiers, shelf life, purity. L19 matched or exceeded outcomes on oxidative stability, absence of heavy or greasy residue, and resistance to color or odor development. We delivered these test results to several multinational brand R&D groups for in-house validation, and the field performance reports reinforced what we’d seen in-house.

    For color cosmetics, L19 enhanced pigment dispersion, lending softness to pressed powders and powders-to-liquid formats without clumping. In sunscreen emulsions, it helped solubilize UV filters, keeping finished products transparent and lightweight. In hair treatments, emollient retention through shampoo rinse-out cycles increased by measurable margins—stylists and at-home users reported longer-lasting shine without buildup or stickiness. These practical outcomes matter more than spec sheets or marketing claims. We measure our impact where real use happens: in the hands of chemists, formulators, and—the hardest test—end consumers.

    Continuous Improvement: Feedback, Troubleshooting, and Next Steps

    We don’t have the luxury of resting on a product launch. Every month, we gather new feedback through customer visits, line trials, troubleshooting calls, and annual brand partner audits. Users of EMOGREEN™ L19 shared both successes and roadblocks—a routine we value because it steers our ongoing process innovation. A batch that shows more drag during formulation gets checked for viscosity drift; a concern over color in a clear serum triggers an investigation downstream to see if we need to adjust filtration. Our technical team appreciates detail-oriented clients because every legitimate problem report gives us a chance to close the loop, refine process, or optimize logistics.

    No ingredient—ours included—offers a perfect fit under every condition, but our goal remains crystal clear: deliver consistently reliable, natural-origin emollients that meet both technical and ethical requirements. This approach led our R&D team to adjust distillation process yields for L19, experiment with new drum linings to minimize interaction during summer shipping, and develop clear digital traceability tools for batch tracking. Our leadership pushes us to keep raising the bar on both performance and sustainability, not wait for problems to spark change. Each success story—whether a creamy body butter launched by an indie brand or a multinational’s flagship foundation—serves as confirmation of the track we’re on.

    Conclusion—But Not the End of the Story

    EMOGREEN™ L19 natural emollient represents more than another number on a product list for us. Every improvement, from feedstock procurement to finished product handling, reflects engagement with the people who use our materials. The value of a natural emollient isn’t just measured by its chemical structure or its place on the INCI declaration, but by its daily impact in R&D labs, production lines, warehouses, and—ultimately—on consumers looking for high-performance, ethically sourced personal care. The process never stops, and each new request or technical obstacle helps us make the next batch of L19 even better.

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