Cetyl Alcohol

    • Product Name: Cetyl Alcohol
    • Alias: 1-hexadecanol
    • Einecs: 203-982-0
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: sales3@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    247538

    Cas Number 36653-82-4
    Molecular Formula C16H34O
    Molecular Weight 242.44 g/mol
    Appearance White, waxy solid or flakes
    Odor Faint, waxy odor
    Melting Point 49-52°C
    Boiling Point 344°C (at 760 mmHg)
    Solubility In Water Insoluble
    Solubility In Alcohol Soluble
    Ph Neutral (in aqueous dispersion)
    Density 0.81 g/cm³ (at 20°C)
    Synonyms 1-Hexadecanol, Palmityl Alcohol
    Flash Point 180°C
    Origin Natural (vegetable oils) or synthetic
    Main Uses Emulsifier, thickener, emollient in cosmetics and personal care

    As an accredited Cetyl Alcohol factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Cetyl Alcohol is packaged in a 500g white HDPE bottle with a secure screw cap, labeled clearly with product and safety information.
    Shipping Cetyl Alcohol is shipped in tightly sealed, clearly labeled containers such as fiber drums, plastic drums, or bags to prevent moisture absorption and contamination. Containers should be handled with care and stored in a cool, dry area, away from strong oxidizers. Proper labeling and documentation must comply with shipping regulations and safety standards.
    Storage Cetyl Alcohol should be stored in a cool, dry, and well-ventilated area, away from sources of heat, sparks, or open flames. Keep containers tightly closed to prevent contamination and moisture absorption. Store separately from strong oxidizing agents and acids. Ensure proper labeling and use compatible materials for containers to avoid reactions. Follow all relevant safety and regulatory guidelines for chemical storage.
    Application of Cetyl Alcohol

    Purity 98%: Cetyl Alcohol with 98% purity is used in cream formulations, where it ensures consistent emulsification and smooth texture.

    Melting Point 49°C: Cetyl Alcohol with a melting point of 49°C is used in solid cosmetic bars, where it contributes to structural stability and ease of application.

    Viscosity Grade High: Cetyl Alcohol of high viscosity grade is used in lotion thickening, where it provides enhanced viscosity and luxurious sensory feel.

    Particle Size 50 µm: Cetyl Alcohol with 50 µm particle size is used in powder blends, where it achieves superior dispersion and uniform texture.

    Stability Temperature 60°C: Cetyl Alcohol stable up to 60°C is used in hot process creams, where it maintains formula integrity during manufacturing.

    Molecular Weight 242 g/mol: Cetyl Alcohol with molecular weight 242 g/mol is used in hair conditioners, where it improves spreadability and conditioning performance.

    Hydrophilic-Lipophilic Balance (HLB) 15: Cetyl Alcohol with HLB value 15 is used in oil-in-water emulsions, where it aids in stable emulsion formation and improved shelf life.

    Content of Linear Alkyl Chain 95%: Cetyl Alcohol with 95% linear alkyl chain is used in pharmaceutical ointments, where it enhances occlusivity and skin barrier function.

    Water Insolubility: Cetyl Alcohol exhibiting high water insolubility is used in anhydrous formulations, where it provides moisture resistance and texture control.

    Color Index Low: Cetyl Alcohol with low color index is used in transparent gels, where it maintains clarity and visual appeal.

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    Certification & Compliance
    More Introduction

    Cetyl Alcohol: Looking Closer at a Trusted Ingredient

    Introduction to Cetyl Alcohol

    People searching for stability and comfort in personal care formulas often land on cetyl alcohol. At first glance, the word 'alcohol' might trigger thoughts of sharp scents or astringent skin, but this waxy substance acts more like a cushion than a strip of sandpaper. Cetyl alcohol does not behave like the quick-drying ethanol in hand sanitizers or the isopropyl alcohol in medicine cabinets. Its real roots stem from palm oil or coconut oil, where long, fatty molecules stack together to form white, solid flakes. In skin creams and hair conditioners, manufacturers and DIY crafters alike value its subtle touch.

    What Is Cetyl Alcohol, Really?

    Cetyl alcohol, also known as hexadecan-1-ol, consists of a 16-carbon chain with a single alcohol group. Its appearance feels worlds away from sipping spirits or using cleaning wipes. At room temperature, it stays solid, looking more like wax than a clear liquid. In the early 1800s, a French chemist found it by cooling sperm whale oil—but today, the process leans toward sustainable plant-based sources.

    In my experience formulating personal care products, I’ve noticed how cetyl alcohol slips into formulas and stays quiet, working behind the scenes to make a lotion feel thicker, smoother, and more pleasant to apply. This is no accident—science and sensory feedback point in the same direction. The ingredient sets lotions apart from runny blends, helping creams hold their shape and conditioners leave hair feeling easy to comb.

    Why Cetyl Alcohol Matters in Formulas

    The magic of cetyl alcohol boils down to touch and performance on the skin. When you put on a lotion or cream, sticky or greasy feelings can ruin the experience. Cetyl alcohol has a knack for shifting the texture from oily to plush. It adds body, giving lotions that soft, glide-on feel. Products using this ingredient keep their promise—smooth, comfortable, and easy to spread. In shampoos and conditioners, it helps hair feel less tangled, and brushes or fingers move through easily.

    Unlike short-chain alcohols such as ethanol or isopropyl alcohol, which evaporate quickly and can strip moisture, cetyl alcohol works as a fatty alcohol. Instead of drying skin, it actually helps trap moisture and improve the protective barrier. Dermatologists and formulators recognize this leap in function. Classified by the US FDA as generally recognized as safe (GRAS) for cosmetic use, cetyl alcohol crops up in ingredient lists of trusted moisturizers, hair conditioners, sunscreens, and ointments.

    Diving Deeper: Model and Specifications

    Each batch of cetyl alcohol relies on specific traits measured by quality control experts. Most suppliers offer material with purity above 98%, free from strong odors or off-colors. It melts at about 49 to 52°C—meaning it blends well into formulations during manufacturing and quickly returns to a solid state as the mix cools. This property allows cream and lotion makers to fine-tune the body and thickness of their products. In technical terms, cetyl alcohol comes in flake or granular forms, dissolves in hot oils, and does not mix with water unless an emulsifier is present.

    I’ve worked with several grades—some food-safe, others purely cosmetic. While differences at first seem minor, subtle tweaks in purity or trace contaminants can change feel and performance. High-purity grades, often specified for sensitive skin or infant care products, come with extra lab testing and documentation, all in line with industry expectations for transparency and proof of quality.

    Some Common Uses—Through Experience

    Cetyl alcohol’s key strength reveals itself in the kinds of products where comfort and application feel matter just as much as claims on a package. I’ve reached for this ingredient while experimenting with lotions aiming for a body that’s neither slimy nor stiff. In cold climates, when skin dries out, creams containing cetyl alcohol tackle both feel and effectiveness, softening rough patches without leaving a greasy film.

    In hair care, particularly where I’ve dealt with curly or thick hair, conditioners containing cetyl alcohol offer more glide and easier detangling. I’ve also noticed better stability in emulsions—those blends of oil and water that would otherwise split or separate. Eye creams, sunscreen sticks, deodorants, and even medicinal ointments often rely on cetyl alcohol to provide consistency, smoothness, and a sense of luxury without the price tag of boutique oils.

    Some food manufacturers add it as an emulsifier or thickener, though that’s far less common than in topical applications. The gentle touch it brings to creams often means less irritation and less risk of triggering sensitive skin. From large multinational brands to indie sellers on craft marketplaces, formulators searching for reliable, skin-friendly thickening agents reach for cetyl alcohol again and again.

    Standing Apart from Other Ingredients

    A lot of people assume all alcohols behave the same, and that’s just not true. Short-chain types like ethanol, commonly found in astringents, evaporate quickly and can dry tissues. Cetyl alcohol forms part of a broader family called fatty alcohols, which tend to hydrate, protect, and soften. In tests, products with cetyl alcohol almost always win in ‘feel’ surveys, especially compared to basic thickeners like beeswax or paraffin.

    Some formulators compare it to stearyl alcohol or cetearyl alcohol—a mix of cetyl and stearyl alcohols. Each brings subtle differences. Cetyl alcohol feels lighter and less waxy, lending a whipped, creamy texture. Stearyl alcohol, by contrast, provides more weight and a firmer set to balms or sticks. Cetearyl alcohol combines both into a single product, delivering a middle ground suitable for everything from lotions to hair conditioners.

    While beeswax or lanolin offer natural thickening, they sometimes bring allergens or animal-related concerns. Cetyl alcohol, especially in its plant-derived forms, sidesteps these issues. Vegan and cruelty-free brands often highlight this route, boosting appeal for shoppers who scrutinize labels. Petrolatum and mineral oil, on the other hand, can leave a heavy, greasy feel; cetyl alcohol avoids that, padding the skin without suffocating or blocking pores.

    Myths and Concerns

    A fog of misconceptions surrounds cetyl alcohol, mainly rooted in its name. Many worry about skin dryness, flaking, or irritation due to the word ‘alcohol’ on the label. Years of use, plus studies and decades of product feedback, show a low likelihood of causing dryness. In fact, dermatology experts often recommend products with cetyl alcohol to people with eczema or atopic skin, because of its gentle, non-irritating character. Allergic reactions remain rare. All the same, nobody ingredient suits everyone, and patch-testing new creams makes sense, particularly for those with super-sensitive skin.

    Looking at Sustainability and Sourcing

    Sourcing matters. The story behind cetyl alcohol has shifted over the past fifty years. Whereas early commercial batches relied on whale oil, today’s production usually ties back to responsibly sourced palm oil or coconut oil. Well-known certification bodies track palm oil farming to ensure more eco-sensitive approaches, and ingredient purchasers look for transparency on this front.

    People who have spent any time navigating ingredient lists for lotions, creams, or balms might notice that plant-derived, non-GMO, or RSPO-certified cetyl alcohol often earns a premium and stronger customer loyalty. Concerns around palm oil production and deforestation pressure big and small manufacturers to back up claims with certifications and supplier audits.

    Practices in my own projects have leaned toward coconut-based cetyl alcohol, due to more straightforward supply chains. While supply sometimes fluctuates and prices shift, customer demand for transparency keeps suppliers on their toes. The question of where ingredients come from and the labor standards involved speak as loudly as lab tests or purity certificates. That trust must be earned and not just stamped in legalese.

    Seeking Solutions: Reducing Risk and Improving Safety

    No ingredient—cetyl alcohol included—works as a cure-all. On the safety side, most skincare and hair care brands publish detailed breakdowns of their formulas and safety tests. For people with known allergies, looking for brands offering full disclosure helps. These steps cut down on confusion and build confidence.

    Efforts to improve ingredient safety across the cosmetics sector push in two directions: better testing and clearer communication. Independent labs often conduct skin patch tests for irritation and allergy risk, and responsible brands publicize those results. Consumer education fills knowledge gaps, dispels myths, and empowers people to make better choices, all of which supports everyone in the supply chain—from farmers to chemists to end users.

    In my experience, products designed for infants or medically sensitive skin use cetyl alcohol at carefully controlled levels. These products publish ingredient sources, third-party test results, and recommendations from dermatologists. While some worry about contaminants or hidden allergens, the risk remains low in regulated markets. For added reassurance, brands can choose Fair Trade or sustainability certifications, opening the door for partnerships with environmental or ethical non-profits.

    Meeting the Demand for Sensory Quality

    Much of what people love about their daily lotions or hair care does not come from scent or fancy packaging—it’s the moment of application, the feeling of comfort, and the sense that skin or hair feels healthier. Cetyl alcohol excels because it delivers these touchpoints without fuss. Products glide on, dry down softly, and leave behind moisturized, protected skin.

    In my time consulting for small-batch beauty studios, I’ve watched customers reach for the testers that feel luxurious—not those sticky or tacky ones. Plenty of blind side-by-side comparisons show people almost always prefer formulations with cetyl alcohol over those that lean solely on gums or waxes. Sensory panels routinely score it above alternatives, and word-of-mouth backs up what lab tests show.

    Surveys by industry bodies confirm this instinct. Many leading lotions on the market list cetyl alcohol among their core ingredients, and consumer ratings on major retailers reflect high satisfaction for products that use it. My own network of makers and formulators describes it as reliable, easy to use, and flexible enough for adjustments without complicated new training or equipment.

    Economic and Market Influence

    The economics of personal care often depend on ingredients that keep costs down without cutting corners. Cetyl alcohol strikes this balance. It extends expensive oils, bulks up formulas, and helps brands control production costs. The material itself stays stable on the shelf, resisting spoilage or change in hot, humid climates.

    This dependability has a ripple effect—smaller producers can scale up, introduce new textures, and compete with larger brands. Over time, this sparks innovation, drawing in new customers and supporting more niche, specialty launches in sensitive skin or vegan beauty sectors. Predictable performance means less wasted product, fewer complaints, and a stronger bond between brand and buyer.

    Some worry about supply volatility, as the sourcing of coconut oil or palm oil sometimes shifts. Market reports show occasional price spikes—mainly tied to weather or global trade—but the broad use and reliable manufacturing base ensure cetyl alcohol stays available and cost-effective compared to trend-driven thickeners or specialty waxes.

    Building Trust with E-E-A-T Principles

    Today’s consumer expects more than promises; clear, evidence-based information forms the backbone of trust. Scientific studies, safety reviews, and decades of user feedback make cetyl alcohol stand out among texture-enhancers and emollients. Brands aiming for transparency show not just results but also how those results are achieved: sourcing from verified suppliers, publishing ingredient origins, and opening their doors to outside safety audits.

    From a personal perspective, every time I work with cetyl alcohol, I rely on peer-reviewed research and established guidelines. The FDA’s GRAS status and recommendations echo what experienced dermatologists and scientists confirm. Taking cues from registered professionals and established labs supports this consensus, and brands who follow suit win long-term loyalty, not just quick sales.

    Digital platforms and ingredient databases offer access to studies and safety breakdowns. People researching for themselves find up-to-date, trustworthy references—preventing sensationalism and supporting confident choices. Sharing this kind of evidence, instead of vague promises, moves the industry forward.

    Room for Improvement: A Commentary from the Field

    As effective as cetyl alcohol proves for texture and skin feel, room always exists for improvement. For one, increased demand for greener supply chains creates opportunities for manufacturers who can source and process coconut or palm oil with a lighter environmental footprint. Certifications that mean something—like RSPO or Fair Trade—move from ‘nice-to-have’ to must-haves for many buyers.

    More brands now invest in direct relationships with their suppliers, visiting farms and processing plants to verify conditions and working practices. Third-party audits and transparent batch tracking give customers a clear window into the life of an ingredient. In my own experience, this approach wins trust with retailers, regulators, and eco-focused shoppers.

    Some chemists and innovators are also exploring ways to derive fatty alcohols like cetyl alcohol from alternative sources—think algae or non-food crops—to smooth out supply bumps and decrease pressure on existing agriculture. Early pilot projects show promise, though large-scale adoption takes both time and investment. Consumers, more aware than ever of their environmental footprint, push brands in this direction, constantly raising the bar.

    Moving Forward Together

    People expect more from the products they use every day, and for good reason. Quality, safety, origin, and environmental impact all play a part. Cetyl alcohol answers these needs in practical and reliable ways, and ongoing improvements raise its profile even further. Brands who listen, adapt, and share their journey openly win buyers who become advocates, keeping the industry nimble and resilient.

    In all my years around lotions, creams, and conditioners, few ingredients have proved as trustworthy as cetyl alcohol. The evidence matches the experience, and level-headed conversation—backed by fact and research—shapes the narrative moving forward. The story of cetyl alcohol stays dynamic, evolving as people ask more questions, expect more transparency, and value quality at every stage. Sometimes the quietest ingredients make the loudest impact on how something feels and how well it works. In lotions on a shelf or creams in a medicine cabinet, cetyl alcohol quietly proves its worth, hand after hand, bottle after bottle.

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