Products

Higsoft®-ISL Isopropyl Lanolate

    • Product Name: Higsoft®-ISL Isopropyl Lanolate
    • Alias: isopropyl-lanolate
    • Einecs: 265-076-0
    • 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

    684913

    Inci Name Isopropyl Lanolate
    Brand Name Higsoft®-ISL
    Cas Number 52694-71-0
    Appearance Pale yellow, oily liquid
    Odor Characteristic, slight
    Melting Point -10°C to 10°C
    Solubility Insoluble in water; soluble in oils
    Molecular Weight Varies (mixture of esters)
    Primary Function Emollient
    Use Concentration 1% - 10%
    Origin Lanolin (animal-derived)
    Skin Feeling Smooth, non-greasy
    Shelf Life 24 months
    Storage Conditions Cool, dry place, tightly closed container
    Applications Creams, lotions, lipsticks, hair products

    As an accredited Higsoft®-ISL Isopropyl Lanolate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Higsoft®-ISL Isopropyl Lanolate is packaged in a 25 kg blue HDPE drum with a sealed, tamper-evident lid.
    Shipping Higsoft®-ISL Isopropyl Lanolate should be shipped in tightly sealed, clearly labeled containers, protected from moisture and extreme temperatures. Ensure compliance with local and international regulations for chemical transportation. Avoid direct sunlight and sources of ignition during transit. Handle with care to prevent spills or leaks, and include appropriate safety documentation.
    Storage **Higsoft®-ISL Isopropyl Lanolate** should be stored in a cool, dry, and well-ventilated area away from direct sunlight and sources of heat or ignition. Keep the container tightly closed when not in use to prevent contamination and moisture ingress. Store at temperatures between 10°C and 30°C. Follow all standard chemical storage guidelines and keep out of reach of children.
    Application of Higsoft®-ISL Isopropyl Lanolate

    Applications of Higsoft®-ISL Isopropyl Lanolate in Industrial Manufacturing

    Higsoft®-ISL Isopropyl Lanolate, synthesized and quality-assured at our own facilities, demonstrates widespread compatibility for specialized industrial and cosmetic manufacturing. The following segmented application scenarios are based on actual market demand and validated downstream use, with precise consideration for regulation, formulation and process integration at the manufacturer level.

    1. Skin Care Formulation for Protective Creams

    Leading skin care producers incorporate this lanolin derivative to enhance spreadability, barrier function and emolliency in protective hand creams and ointments. It enables manufacturers to achieve long-lasting, occlusive skin films while maintaining product sensory performance under rigorous friction and wash-off conditions, relevant for both personal and professional market demands requiring high-frequency skin protection.

    Industry compliance standards

    • EU Regulation (EC) No 1223/2009 for Cosmetics
    • US FDA 21 CFR Part 700 Subpart B (Cosmetics)
    • Technical specification of ISO 16128 (Natural and Organic Cosmetic Ingredients)
    • China GB 7916 (Hygienic Standard for Cosmetics)

    Typical usage ratio

    • 3%–10% by weight, adjusted to balance water resistance and user skin feel; higher values for professional barrier creams.

    Downstream process integration

    • Added during the oil-phase melting step in cream base compounding, usually at temperatures of 65–75°C to ensure homogeneity and prevent phase separation.

    Final product types

    • Heavy-duty hand barrier creams
    • Occupational protection ointments
    • Daily use moisturizing lotions with water-repellent claims
    • Children’s skin repair balms

    2. Decorative Color Cosmetics Manufacturing

    Isopropyl lanolate functions as a plasticizer, binder and gloss-enhancer in lipstick, lip gloss and foundation stick production. Color cosmetic manufacturers prefer it for its capacity to stabilize pigment dispersion and support non-greasy film-former systems in both stick and liquid formats. This helps formulators meet stringent stability and consumer performance targets in highly pigmented decorative products.

    Industry compliance standards

    • EU Regulation (EC) No 1223/2009 for Color Cosmetics
    • US FDA 21 CFR Part 74 (Listing of Color Additives Subject to Certification)
    • IFRA Code of Practice for Fragrance Raw Materials
    • ASEAN Cosmetic Directive

    Typical usage ratio

    • 2%–7% in sticks, up to 5% in liquids; levels depend on pigment load and oil phase viscosity target.

    Downstream process integration

    • Dispersed directly into the melted oil phase before pigment or filler addition; intensive mixing ensures uniformity pre-molding or pre-filling.

    Final product types

    • Long-wear lipsticks
    • Lip glosses with lanolin-derived slip
    • Foundation and concealer sticks
    • Cream blush and eyeshadow compacts

    3. Pharmaceutical Topical Ointments

    Pharmaceutical manufacturers utilize isopropyl lanolate as an absorption base and skin emollient in topical medicinal ointments and treatment balms. Its semi-occlusive nature promotes dermal penetration for actives while minimizing dehydration risk. Facilities employ strict GMP-compliant batch controls when compounding with this emollient to maintain finished medicine integrity and low allergenicity, especially in dermatological preparations.

    Industry compliance standards

    • United States Pharmacopeia (USP)
    • European Pharmacopoeia (Ph. Eur.)
    • China Pharmacopoeia (ChP)
    • ICH Q7 GMP guidelines

    Typical usage ratio

    • 5%–12%, determined by desired release rate of active pharmaceutical ingredients (APIs) and desired spreadability.

    Downstream process integration

    • Employed in oil-phase melting tanks, prior to API introduction; compounding follows validated manufacturing instructions in controlled environments.

    Final product types

    • Prescription dermatitis ointments
    • Medicated wound-healing balms
    • Over-the-counter anti-itch creams
    • Pediatric emollient ointments

    4. Hair Care Creams and Conditioners

    Isopropyl lanolate is widely processed into conditioning products for hair, delivering improved combability, anti-static performance and prolonged moisturization especially in rinse-off and leave-on treatments. Industrial hair care formulators use it to provide a uniform conditioned film, helping with frizz reduction and split end masking, while complying with safety and labeling duties for rinse-off and leave-in segments on multiple continents.

    Industry compliance standards

    • EU Cosmetic Regulation (EC) No 1223/2009, Annexes for Hair Products
    • Japan Standards for Cosmetics (MHLW Notification No. 331)
    • US FDA Voluntary Cosmetic Registration Program (VCRP)
    • Brazil ANVISA Resolution RDC No 7 (Cosmetic Safety)

    Typical usage ratio

    • 1%–4% for leave-on; up to 6% for rinse-off masks, based on required creaminess and hair type focus (e.g., ethnic, curly, damaged).

    Downstream process integration

    • Added to hot oil phase or directly into conditioner base prior to emulsion formation; process temperatures maintained below thermal degradation limits (usually <80°C).

    Final product types

    • Intensive repair hair creams
    • Deep-moisture leave-in treatments
    • Rinse-off conditioners and masks
    • Anti-frizz hair butters for professional salons

    5. Leather Finishing and Surface Treatment

    Commercial tanneries and specialty leather finishers incorporate isopropyl lanolate as an internal softener and waterproofing additive during finishing steps to improve suppleness, water repellency, and surface gloss of leather goods. Stable with other common fatliquors, the additive enables precise tuning of handfeel and durability by process engineers while meeting international consumer product chemical restrictions relevant to finished leather articles.

    Industry compliance standards

    • REACH Regulation (EC) No 1907/2006 (Substances Authorization and Restriction)
    • ZDHC MRSL (Zero Discharge of Hazardous Chemicals)
    • LWG (Leather Working Group) Audit Protocols
    • California Proposition 65 for Consumer Products

    Typical usage ratio

    • 0.5%–2% on weight of pelt (OWP); precise percentage varies with desired softness and target article type (upholstery, garment, shoe upper).

    Downstream process integration

    • Added post-tanning during the retanning/fatliquoring stage by dilution in emulsion form, applied by drum or spray techniques to wet-blue or crust leathers.

    Final product types

    • Luxury footwear uppers
    • Handbag and wallet leathers
    • Automotive and aircraft seating upholstery
    • Soft garment leathers (jackets, gloves)

    6. Industrial Protective Lubricant Greases

    In lubrication systems for delicate or low-speed mechanisms, manufacturers of specialty greases employ isopropyl lanolate for its affinity to metal surfaces and moisture resistance. It functions as a biodegradable, low-toxicity blend component in environmentally sensitive applications, supporting the formulator’s targets for corrosion protection and lubrication life extension without the use of synthetic petroleum bases.

    Industry compliance standards

    • OECD 301F Biodegradability Testing
    • EU EcoLabel for Lubricants
    • Germany Blue Angel (RAL-UZ 178) Lubricant Requirements
    • REACH SVHC-Free Confirmation

    Typical usage ratio

    • 2%–8% by weight in final grease; level depends on target operating temperature and desired thickness of lubricating film.

    Downstream process integration

    • Dispersed into base oil matrix during the grease saponification stage; incorporated before the addition of metal soaps, antioxidants or performance additives.

    Final product types

    • Low-speed bearing greases
    • Biodegradable assembly lubricants
    • Corrosion-preventive compounds for electrical connectors
    • Food-contact safe machinery lubricants (NSF HX-1 approved blends only)

    Free Quote

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    Email: admin@ascent-chem.com

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    Certification & Compliance
    More Introduction

    Higsoft®-ISL Isopropyl Lanolate: A Manufacturer’s Perspective

    What We Make and Why It Matters

    In our world of specialty chemistry, we spend just as much time understanding end users as we do running reactors. Higsoft®-ISL Isopropyl Lanolate reflects decades of effort across formulation, pilot batches, application trials, and endless feedback from partners who demand real-world performance in cosmetic and personal care products. We set out to create a lanolin derivative that balances a silky skin feel with reliable functionality in a way that lets modern formulators push boundaries, not fight bottlenecks.

    Lanolin derivatives attract attention for their natural origin, but we’ve always believed that nature needs a guiding hand. Pure lanolin has unique characteristics—rich emolliency, a complex lipid profile, and a certain skin affinity—but on its own, it often struggles with blending, odor, and stability. Years of working side by side with product development teams revealed clear requests: better texture, low tack, and expanded compatibility with other ingredients.

    That’s where Higsoft®-ISL stands apart. Through a judicious esterification process, we bond high-quality lanolin acid with isopropyl alcohol. This creates a molecule that carries lanolin’s moisture-retaining benefits while dramatically improving resulting texture, spreadability, and feel. We haven’t just responded to industry requests—we’ve spent years dialing in the balance that keeps chemists and consumers happy.

    The Shape and Substance of Higsoft®-ISL

    You’ll recognize Higsoft®-ISL by its semi-solid, pale hue, and appealingly gentle odor. Unlike raw lanolin, there’s no waxy drag or lingering greasiness. That silky feel comes from carefully controlled process parameters, batch after batch. Our teams maintain strict monitoring, not just of physical specs like acid value and saponification value, but also those nuances—like melting point and odor stability—that turn an excipient into a formulator’s favorite.

    Texture matters. In every lot we release, consistency remains front of mind, because small variations can spell trouble at the production line. We test each batch to ensure flow, color, and odor stay within a predictable window. This helps finished products meet the demands of today’s consumers, who expect lotions and balms to absorb quickly and leave skin with a soft, almost powdery finish. We see customers turning Higsoft®-ISL into moisturizers, lipsticks, sunscreens, and hair treatments where sensory characteristics come first.

    Using Higsoft®-ISL: Real Insights from the Field

    The real story of a chemical ingredient emerges on the formulation bench. Our technical team spends as much time troubleshooting in customer labs as we do on our own lines. With Higsoft®-ISL, the feedback always comes down to the same handful of points: it loads easily in standard equipment, it resists rancidity, and it delivers a smooth, spreadable profile in the finished formulation.

    Customers work Higsoft®-ISL into oil-in-water creams and emulsions, anhydrous balms, and sticks. It dissolves well in both volatile and fixed oils, and it stands up to a wide pH range, so chemists can stretch their creativity without worried glances at the batch ticket. In lipstick, formulators notice a smooth pay-off and low drag, while in lotions, the product transforms thick, greasy formulas into light, wearable textures. We’ve seen customers boost viscosities in gels without creating clumps or syneresis.

    Unlike traditional lanolin, which can become cloudy in low temperatures and sometimes splits when blended with strong surfactants, Higsoft®-ISL withstands both cold and heat cycles. This helps keep bulk product looking appealing and performing at shelf after weeks or months of transport. Hair product formulators reach for it because it doesn’t weigh down the hair shaft or build up, while skincare brands appreciate absence of strong odor and quick absorption.

    There’s also the question of “clean” label and sustainability. While not a purely plant-based ingredient, Higsoft®-ISL takes advantage of a renewable, traceable lanolin supply and uses a gentle, solvent-free production process. This reduces manufacturing waste and keeps unwanted byproducts out of the supply chain. We follow full regulatory and safety documentation routines and offer additional traceability for brands pursuing eco-conscious certification.

    The Difference in Practice: Why It’s Not Just a Lanolin Substitute

    Conversations with formulation chemists reveal mixed experiences with classic lanolin and its alternatives. Some prefer a pure, animal-derived base, but others need options that sidestep strong odors, high tack, and variable melting points. Higsoft®-ISL bridges this gap by leveraging the emolliency of lanolin and the processing advantages granted by esterification.

    Compared with hydrogenated derivatives, our process results in a lighter texture that won’t leave skin sticky or heavy. With many other esterified lanolins, unresolved odor or residual solvents hamper high-load applications. Our process eliminates those, resulting in materials that don’t alter the fragrance or experience of high-end skincare. The isopropyl group, as simple chemistry shows, delivers unique sensory and solubility properties compared to alternatives like ethoxylates or sorbitol esters. Finished products turn out smoother, with less drag and more controlled absorbency.

    Some developers ask about mineral oil substitutes. Higsoft®-ISL delivers a more modern profile, sidestepping the regulatory attention that follows petrochemical-based emollients. It brings a sense of luxury, derived in part from natural origins and in part from processing that removes the inconsistency of traditional animal-based products.

    Silicone alternatives sometimes mimic the spread and cushion of Higsoft®-ISL, but few offer the same balance of water resistance, barrier-forming, and skin affinity. In waterless stick products—balms and makeup bars—the material contributes structure without brittleness or sweating, outperforming plain waxes or vegetable-derived esters in stability and sensory experience.

    Where Science Meets Craft: Our Manufacturing Experience

    Manufacturing specialty ingredients means living with process details—the ones that may not make headlines, but define quality in the real world. From raw material selection through to packaging, every decision shapes the experience customers will have with Higsoft®-ISL. We source lanolin acid with low free fatty acid content and ensure isopropanol is free of contaminants or excessive moisture. The reaction proceeds using defined conditions to avoid unwanted side reactions, and experienced operators monitor pH, exotherms, and color changes that signal the product’s quality.

    After reaction and controlled cooling, the batch is filtered and vacuum dried, ensuring that neither residual solvents nor unwanted byproducts remain. We go beyond standard bench analytics—testing for color, acid value, melting range, and odor retention after accelerated aging. The consistent appearance and absence of oxidative byproducts help finished goods stay shelf-stable and appealing longer.

    Tracking every stage of production, maintaining frequent operator checks, and running enhanced QC protocols, we minimize the lot-to-lot variations that complicate downstream blending and filling. This minimizes surprises in the customer’s plant and prevents recalls or batch failures. Our long-term relationships with customers stem from this almost obsessive attention to detail—from the way the raw materials are handled, to the way the finished product is bottled and labeled.

    Feedback from major skin care and personal care brands tells us that reliable supply and consistency carry as much weight as molecular structure or chemical composition. Delays and supply interruptions derail entire product launches, so we’ve invested in process automation and redundancy. Technical teams keep detailed process logs and maintain robust product data sheets to support changing regulatory demands in global markets.

    How Higsoft®-ISL Shapes Performance in Final Products

    Our product’s biggest impact shows up at the consumer level—ease of application, comfort, and satisfaction. Research, focus group reports, and sensory panels all point the same way: finished products with Higsoft®-ISL glide onto skin, resist sticky after-feel, and retain a moisturizing presence for hours. Thick balms slip smoothly over lips without a heavy waxy sensation. Sunscreens soak in quickly, reducing white cast, and hand creams stay light enough for frequent use.

    We’ve worked alongside formulators during project launches and have received feedback about the practical ways Higsoft®-ISL changes workflow. It shortens mixing times, requires less heat energy for melting, and blends readily with both plant-derived and synthetic emollients. The product streamlines scaling from pilot to mass production, since melting, pour point, and flow properties remain consistent.

    Finished goods also show improved shelf-life stability, more attractive appearance, and minimal odor reversion, even in challenging packaging or varied climates. This reliability enables shorter setbacks between batches and less waste from off-spec material.

    What to Watch For—and How We Help

    Customers sometimes raise concerns about animal-derived ingredients. We provide full documentation for traceability and ethical sourcing and supply detailed allergen profiles, which eases the burden during audits. For vegan or plant-only products, we supply advice on suitable alternatives and help adjust formulations accordingly.

    Some ask about compatibility with unfamiliar thickeners, active ingredients, pigments, or volatile carriers. Our technical support team routinely tests new formulations in-house and shares protocols and troubleshooting tips, saving time and material for customers. We work with both established global brands and emerging indie startups, offering the same level of guidance and partnership throughout the process.

    Price fluctuations in the supply chain can create headaches. By managing long-term contracts upstream with reliable lanolin sources and investing in efficient plant operation, we shield customers from erratic raw material costs as much as possible. Batch traceability, just-in-time shipment schedules, and safety stock levels keep production on track even during market turbulence.

    Anticipating the Future: Sustainability, Safety, Regulations

    Modern markets demand not only performance and appearance, but also alignment with safety and environmental expectations. Our processes for Higsoft®-ISL avoid toxic byproducts, hazardous solvents, and minimize energy use. We track batch carbon footprints, invest in renewable power for manufacturing, and constantly look for lower-impact supply options. Each lot includes a chain of custody back to source, allowing brands to answer consumer questions about animal welfare and product origins.

    Global regulatory landscapes continue to evolve—especially in regions with new rules about semi-natural ingredients, allergens, or packaging disclosures. Our staff maintain certifications, issue regular technical updates, and proactively test lots for compliance with main markets such as the EU, North America, and East Asia. This saves our customers time when launching new products and reduces risk from regulatory changes.

    The safety of both users and workers remains at the core of our approach. We provide extensive documentation and safety guidance for both handling at the plant level and recommending usage rates in finished goods. End-use toxicology studies have guided our suggested application levels, helping safeguard both brand reputation and customer well-being.

    Listening, Improving, Partnering: Our Ongoing Commitment

    We never see ourselves as a faceless supplier. Our role thrives on longstanding, transparent relationships where customer feedback and end-user experience guide product evolution. When formulators hit a wall—whether it’s an unexpected interaction with an active, a stability glitch, or a packaging hurdle—we make it our responsibility to find solutions. Some of our most successful improvements came from lab partners who weren’t afraid to tell us what wasn’t working.

    Modern markets are fast and always shifting. We support our customers with regular technical bulletins, reformulation advice, and fast shipment of trial quantities. Every request—no matter how niche—gets a hands-on response from our development, application, or regulatory specialists. This way, we continue to refine Higsoft®-ISL, ensuring it solves the problems formulators actually face, not just ticking off spec sheet boxes.

    Chemical manufacturing isn’t just chemistry—it’s a craft rooted in responsibility, partnership, and adaptation. Higsoft®-ISL stands as an example of what happens when manufacturers translate user input into process design and material selection, because no one wins when ingredients fail to perform at the bench or on the shelf.

    We welcome conversations with partners who challenge us to keep improving—not just on specification or price, but on the entire product life cycle, from sourcing and sustainability, to real-world performance and safety assurance. Together, we can create solutions that live up to evolving markets and consumer needs.

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