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HS Code |
942013 |
| Inci Name | Hydrogenated Rapeseed Oil Alcohol |
| Cas Number | 93820-30-9 |
| Physical Form | Solid or semi-solid wax |
| Color | White to off-white |
| Odor | Mild or neutral |
| Solubility In Water | Insoluble |
| Melting Point | 50-60°C |
| Origin | Vegetable (Rapeseed) |
| Primary Use | Emollient and thickening agent in cosmetics |
| Stability | Stable under normal conditions |
| Common Applications | Skin care, hair care, creams, lotions |
| Molecular Weight | Varies (mixture of higher fatty alcohols) |
| Ph Value | Neutral (approx. 7 when dispersed) |
| Einecs Number | 297-737-9 |
| Shelf Life | 2-3 years under proper storage |
As an accredited Hydrogenated Rapeseed Oil Alcohol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 1 kg white HDPE drum with tamper-evident sealed cap, UN-certified, labeled "Hydrogenated Rapeseed Oil Alcohol" and batch details. |
| Shipping | Hydrogenated Rapeseed Oil Alcohol is typically shipped in sealed, food-grade drums or bulk containers to prevent contamination and moisture absorption. It should be stored in cool, dry conditions, away from direct sunlight and strong oxidizing agents. Standard shipping practices apply, with labels indicating chemical identity and handling precautions for safe transportation. |
| Storage | Hydrogenated Rapeseed Oil Alcohol should be stored in tightly closed containers in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. It should be kept away from incompatible substances such as strong oxidizing agents. Ensure containers are labeled and handled according to local regulations to prevent contamination and degradation of the product. |
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Purity 98%: Hydrogenated Rapeseed Oil Alcohol with 98% purity is used in cosmetic emulsions, where it enhances emulsion stability and texture uniformity. Viscosity Grade 50 mPa·s: Hydrogenated Rapeseed Oil Alcohol of viscosity grade 50 mPa·s is used in personal care creams, where it provides improved spreadability and skin feel. Molecular Weight 320 g/mol: Hydrogenated Rapeseed Oil Alcohol with molecular weight 320 g/mol is used in pharmaceutical ointments, where it ensures controlled release of active ingredients. Melting Point 58°C: Hydrogenated Rapeseed Oil Alcohol with a melting point of 58°C is used in stick formulations, where it imparts structural rigidity and prevents melting at room temperature. Particle Size 10 µm: Hydrogenated Rapeseed Oil Alcohol with a particle size of 10 µm is used in powder blends, where it improves blend homogeneity and flowability. Stability Temperature 90°C: Hydrogenated Rapeseed Oil Alcohol with stability temperature of 90°C is used in high-temperature processing, where it maintains functional integrity during production. Color Value ≤ 1.5 (Gardner): Hydrogenated Rapeseed Oil Alcohol with color value ≤ 1.5 is used in clear gel products, where it ensures product clarity and marketable appearance. Iodine Value ≤ 5: Hydrogenated Rapeseed Oil Alcohol with iodine value ≤ 5 is used in anhydrous formulations, where it provides oxidative stability and extends shelf life. |
Competitive Hydrogenated Rapeseed Oil Alcohol prices that fit your budget—flexible terms and customized quotes for every order.
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We’ve been handling hydrogenated rapeseed oil alcohol for years, watching its advance from niche specialty to a mainstay in dozens of sectors. This is a product born out of real chemical engineering, not a trend. Starting from conventionally farmed rapeseed, our team transforms the oil through a hydrogenation process, converting unsaturated fatty alcohols into stable, saturated ones. The result: a waxy, high-purity solid or flakes that stores and performs well even when manufacturers leave it in inventory for longer periods.
We see requests for this product, especially Model 1618, rising steadily. That number refers to the carbon backbone, mostly C16 and C18 fatty alcohols. Our material tests regularly above 98% purity by GC. This clean profile gives it consistent behavior in end-use, meaning customers don’t deal with off-notes or reactivity surprises batch after batch. Existing customers—ranging from personal care product factories to lubricant makers—have learned not all long-chain alcohols are equal, and it’s the small things in process quality that make the largest difference on their final lines.
Our hydrogenated rapeseed oil alcohol delivers a melting point between 50°C and 55°C. Teams working with surfactant blends or needing precise textural control find this range useful. The color, usually below 40 in Hazen, means it blends without yellowing creams or formulations, and an odor far below detectable thresholds keeps perfumes, flavorings, or medicinal products bright and clean.
We keep residue on ignition and acid value extremely low. This matters: high residue or acidity gums up mixing tanks and causes batch rejects, especially in high-throughput environments. Some competitors pay less attention here, so we bring QC teams right into the refinery labs to ensure standards never drift. Moisture content is one of the trickiest specs, since trace water causes microbial issues in cosmetics and destabilizes emulsions. We push for less than 0.1%—easier said than done at scale. Our technical crew monitors Karl Fischer results from each lot, not just random samples. If a lot crosses the line on spec, it never leaves our plant.
Many new customers assume fatty alcohols from any vegetable source perform the same. In practice, rapeseed stands out. Its carbon chain distribution leans toward even-numbered, long backbones, creating a different melting and crystallization characteristic compared to synthetic or palm-derived grades. Fewer odd-numbered chains reduces brittleness and helps creams glide more smoothly—crucial for formulators chasing sensory benchmarks in personal care.
Palm-based alcohols, for instance, often come with stronger odor and wider chain length variance, especially if refiners cut corners in deodorization. Coconut-based products bring shorter chains and higher volatility, making them a different animal altogether for surfactant or emollient work. We've tried many sources over years. Clean rapeseed-derived alcohol always gives us better batch-to-batch consistency, lower color drift, and tighter melting profiles in long production runs.
As a manufacturer, we see the full span from raw input to refined stick. In personal care, hydrogenated rapeseed oil alcohol works as a non-tacky thickener, emollient, and structure-builder, slotting cleanly into bar soaps, deodorant sticks, creams, and lotions. Cosmetic factories demand quick melting, stable consistency, and absolutely no off-odors. To meet these needs, we build extra storage capacity for temperature-controlled holding, keeping the product solid in warm months so customers don’t face uneven melting.
Lubricant blenders like this alcohol as a viscosity modifier. Its long saturated chains increase lubricity and lubricating film strength, especially at high temperature. In industrial sectors, operators use it for fiber softening or antistatic agents in textile lines. The waxy nature stays consistent whether paired with synthetic blends or all-natural matrices. Because these applications require minimal color and persistent performance, our process focuses on ultra-refined output without side-chain degradation.
Industrial customers often see our hydrogenated rapeseed oil alcohol as a better alternative to paraffin or synthetic long-chain alcohols, especially when dealing with tighter EU or US regulatory demands on bio-based content. This is where traceability from seed to barrel matters. We provide supporting data packs for origin validation, because reputable brands can’t risk “greenwashing” scandals or gaps in their supply documentation. Our customers regularly ask for sustainability narratives, and we deliver—right down to batch-level farming audits.
A supply chain is only as strong as the weakest link. We invest in long-term grower partnerships, favoring regions with reliable rainfall and crop standards. Fluctuations in seed oil content, pesticide residues, or seasons with sudden temperature shifts prompt our technical staff to adjust hydrogenation cut points. Some years, the oil comes in slightly softer, so hydrogen input or catalyst profiles need modification. Not every supplier can handle those adjustments on the fly; factories relying strictly on spec sheets could get caught out with batches that underperform in the field.
Customers trading up from semi-refined or generic fatty alcohols notice immediate gains once they swap in our version. No more forklifts scraping hard wax at the bottom of drums or excess residue throwing off dosing pumps. Our QA teams run periodic customer feedback cycles, not just internal audits. Problems on the end line feed right back to our refining and hydrogenation cells. It’s the only way to keep processes honest and continually improve.
For industries like home care, surfactant blends and detergent bars need viscosity control and melting without residue in water. Rapeseed-based alcohol stands up to constant agitation and alkaline conditions. We test all our output in real world simulation labs, asking, for example, how many agitations in a laundry cycle before product breakdown? These details matter for downstream performance.
Bio-based chemicals face higher scrutiny now than ever. Hydrogenated rapeseed oil alcohol offers a solution that’s renewable from the farm up and has a legitimate low-carbon profile. Over the years, we worked to lower the hydrogenation energy footprint, improving our reactor designs and reclaiming hydrogen for reuse cycles. Our teams track CO2 emissions per ton produced, sharing numbers in audit-ready reports, satisfying larger multinationals’ policies as well as smaller niche brands hungry for real sustainability data.
Traceability is not just a checklist. Customers want evidence that each lot reflects real, certifiable farm practices and supply line security. We built a system tying batch records to farm partners, verified through external audits. As challenges—ranging from local weather shocks to regulatory changes—impact the rapeseed crop, our contracts and quality checks keep raw material risk low. Customers never see a spec drift without early warning.
One area that gets little attention is how even the 'greenest' ingredients can fail in sustainability if waste is high or conversions are inefficient. We continue to upgrade plant design, recovering every usable fraction and minimizing waste flares. There’s real cost in maintaining this level of care, but the end product speaks for itself. Down the line, this means less material loss and more reliable formulations for every one of our partners.
Factories turn to us because inconsistencies in raw materials ripple downstream. Variance in melting point, saponification value, or even trace color pushes brands toward recalls or unnecessary rework. Our control starts at every intake, with real-time NIR monitoring and classic wet chem tests in tandem to catch out-of-spec product fast. As a rule, we avoid offsite blending or third-party refinement, meaning every drum leaving our warehouse originates in a single continuous batch.
Long-term users report fewer formulation failures and less need to chase micro-adjustments in recipes. For high-value products like dermal creams or specialty lubricants, this kind of reliability isn’t just a convenience—it’s a shield against regulatory penalties, high scrap rates, and unhappy end customers.
Chemical buyers with experience know this difference. While the lowest price might tempt large procurement teams, unexpected off-ratio blends, odor variation, or wrong melting points can drive up production costs far higher than any 'savings' on cheap inputs. More than once, customers reverted to our hydrogenated rapeseed oil alcohol after disappointing experiments with blend products or non-hydrogenated substitutes.
Our technical support extends well beyond shipping a product spec. Commercial partners benefit from factory visits, formulation support, and maintenance insights based on years of operating reactors and finishing lines. We answer questions straight from engineers, not outsourced copywriters, offering advice informed by first-hand solution trials and long experience in product behavior across seasons, storage, and blending conditions.
We’ve seen firsthand how small changes in raw input processing, or substitution with a lower quality batch, triggers issues as subtle as loss of gloss in lipsticks or as obvious as caking in solid soaps. Working directly with us, customers can dial in the correct grade and receive technical troubleshooting support, rather than generic troubleshooting advice.
This product does not ship out unless it meets real-world needs for stability, compatibility with sensitive actives, and predictable behavior—even after multiple freeze-thaw cycles. That’s not a claim that comes from marketing; it comes from decades tracking batch performance up and down the supply chain.
Even after years of production, we encounter fresh hurdles. Crop variability, periodic interruptions in hydrogen gas supply, and rising demand from new sectors stretch our plant’s flexibility. In response, investments go toward predictive maintenance, surge capacity, and digital process monitoring. Running the same process controls that global food and pharma lines use, we pick up early warnings before the final product ever gets loaded.
There’s also the real issue of global regulatory drift. Just because hydrogenated rapeseed oil alcohol sails through EU compliance today does not guarantee universal approval elsewhere. We stay ahead with regulatory watch groups, translating changes instantly into our documentation and customer notifications.
Through all changes, our top aim stays the same: deliver hydrogenated rapeseed oil alcohol that users trust absolutely for consistent quality, transparent origin, and supportive collaboration. Our doors stay open to on-site audits and customer Q&A, with front-line engineers ready to solve technical questions.
With hydrogenated rapeseed oil alcohol, every decision matters, from sourcing and process parameters to batch packaging and after-sales support. We load and secure shipments for worldwide transit and back every batch with technical and compliance support. This is less about selling a chemical and more about delivering an ingredient one can rely on—season after season, batch after batch, as part of the backbone of countless everyday and specialty items.
The value in choosing product direct from our plant is not just the tighter spec sheet, but the cumulative experience, honest communication about limits and strengths, and technical expertise that backs every kilo. Close partner relationships keep our own quality high—and our customers one step ahead in their own market challenges.
Those choosing hydrogenated rapeseed oil alcohol from our line invest not only in a chemical, but in a long-term, manufacturer-backed advantage. It’s one thing to source an input ingredient. It's another to gain a partner who stands behind it at every step.