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HS Code |
769391 |
| Inci Name | Cetyl Lactate |
| Cas Number | 68333-82-4 |
| Chemical Formula | C22H44O3 |
| Molecular Weight | 356.59 g/mol |
| Appearance | Clear to pale yellow liquid |
| Odor | Mild, characteristic |
| Solubility In Water | Insoluble |
| Melting Point | 20-25°C |
| Primary Use | Skin conditioning agent and emollient |
| Ph Value | Neutral |
| Density | 0.86-0.88 g/cm³ |
| Refractive Index | 1.444 - 1.450 |
| Flash Point | >100°C |
| Stability | Stable under recommended storage conditions |
As an accredited Cetyl Lactate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Cetyl Lactate is packaged in a 25 kg HDPE drum, featuring a secure screw cap and chemical-resistant labeling for safety and identification. |
| Shipping | Cetyl Lactate should be shipped in tightly sealed containers, protected from moisture and direct sunlight. Store and transport at ambient temperature, away from strong oxidizing agents. Handle with care to prevent spills or leaks. Ensure compliance with local and international shipping regulations for non-hazardous chemicals. |
| Storage | Cetyl lactate should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, moisture, and sources of ignition. Keep the container tightly closed and use containers made of compatible materials. Avoid strong acids, bases, and oxidizing agents. Ensure proper labeling and prevent contamination. Follow all local regulations and safety guidelines regarding chemical storage. |
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Purity 98%: Cetyl Lactate with purity 98% is used in premium skin care formulations, where it enhances emollience and improves product sensory profile. Viscosity 120 cP: Cetyl Lactate with viscosity 120 cP is used in moisturizing creams, where it provides optimal spreadability and uniform application. Molecular weight 312.53 g/mol: Cetyl Lactate with molecular weight 312.53 g/mol is used in leave-on lotions, where it optimizes skin absorption and non-greasy finish. Melting point 38°C: Cetyl Lactate with melting point 38°C is used in stick formulations, where it contributes to stable solid texture and easy glide-on application. Particle size <10 µm: Cetyl Lactate with particle size less than 10 µm is used in exfoliating scrubs, where it ensures smooth dispersion and uniform skin contact. Stability temperature up to 60°C: Cetyl Lactate with stability temperature up to 60°C is used in heat-processed emulsions, where it maintains structural integrity throughout manufacturing. Low acid value (<2 mg KOH/g): Cetyl Lactate with low acid value is used in fragrance-sensitive formulations, where it minimizes base odor and maintains formulation stability. |
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In the world of cosmetic chemistry and personal care, finding the right emollient makes all the difference for people aiming for healthier, more comfortable skin. Cetyl Lactate has steadily become a choice ingredient among manufacturers and formulators, largely because it brings real-world benefits without the baggage of harsher synthetic compounds. I’ve worked with many emollients over the years, but Cetyl Lactate stands out, not just because of its smooth finish, but also its reliability in formulations that need both mildness and efficacy. Let’s take a closer look at what sets it apart, why it matters, and how it shapes consumer experiences wherever it’s found.
Cetyl Lactate forms through the combination of cetyl alcohol, a fatty alcohol derived from plant oils, and lactic acid, a familiar name to anyone who’s worked with alpha hydroxy acids. What you get is a white, waxy solid or sometimes a liquid, depending on the grade and formulation. Its value in products stems from its dual ability to soften skin and add a silky, non-greasy slip to creams, lotions, and even sunscreens or hair conditioners. Unlike heavier esters, Cetyl Lactate avoids weighing down formulations, so products feel lighter and absorb more evenly across the skin or hair shaft.
The ingredient’s structure is fairly straightforward, but that simplicity works in its favor. It fits in with both oil- and water-based formulas, making it an approachable pick for R&D labs. Over the last decade, I’ve heard consistent feedback from colleagues who noticed Cetyl Lactate performs remarkably well in formulas where consumers demand “non-comedogenic” or “oil-free” properties. Plenty of users with acne-prone or sensitive skin also report that formulations containing Cetyl Lactate tend to feel more comfortable and less likely to cause breakouts or irritation. That kind of evidence matters in the trenches of product development, and it shapes the choices chemists make every day.
Cetyl Lactate comes in several grades, the most common purity ranging between 96 and 99 percent. Standard commercial samples typically carry a specific gravity near 0.84 to 0.86, and a melting point around 39 to 44 degrees Celsius. In my experience, the lower range of that melting point means Cetyl Lactate blends easily into both hot and cold phase formulations. The material itself has a barely-there odor, which helps avoid unwanted scents creeping into finished products. This feature gives manufacturers more control in designing scents or keeping products fragrance-free for sensitive consumers.
Most suppliers offer Cetyl Lactate in flakes or pelletized form, which simplifies handling in the lab or on a manufacturing line. Its modest solubility in water, coupled with good compatibility with alcohols, esters, and even silicone fluids, opens up a range of product types. I’ve been in environments where formulation teams replaced bulkier, greasier compounds with Cetyl Lactate to cut down on that lingering “film” feeling found in older body creams or facial lotions. In hair conditioners, it doesn’t compromise detangling power, and it keeps hair from feeling limp, especially crucial for markets where consumers prize volume and body over heavy, drooping locks.
Today’s consumers have become savvy to what goes into personal care and expect more than just surface-level benefit claims. Using Cetyl Lactate, companies can genuinely deliver a softer touch and more pleasant application without loading up on silicones or mineral oils. For eczema-prone or highly reactive skin—an issue on the rise based on dermatology clinic reports—the mildness of this ingredient proves crucial. I’ve worked with products aimed at these groups, where feedback almost always praises the way Cetyl Lactate supports barrier repair and seals in hydration without feeling sticky or greasy.
The broader trend over the past decade points toward transparency and ingredient consciousness, not only among consumers but also on the regulatory side. Cetyl Lactate earns marks for being biodegradable and free from the scrutiny that shadows some petroleum derivatives. While every ingredient comes with its own profile of potential reactions, in my experience, the frequency of irritation linked to Cetyl Lactate almost always comes in lower than common offenders like synthetic lanolins or certain fatty acids. It’s not just a “green” alternative but one that genuinely delivers—and that fact changes the stakes for brands hoping to build trust around safety and sustainability claims.
I’ve run comparisons on a range of esters and emollients, studying everything from cetearyl alcohol to isohexadecane. Where Cetyl Lactate shines comes down to three main points: tactile comfort, ease of use in layered formulas, and consumer tolerance. Unlike simpler fatty alcohols, which can sometimes feel dense or leave a waxy residue, Cetyl Lactate brings a smoother, emollient feel that many describe as “barely there” but still nourishing. It offers more skin affinity than highly volatile silicone fluids such as cyclopentasiloxane but avoids the slipperiness that sometimes puts people off those ingredients.
Paraffin-based emollients—long a staple in cost-effective formulations—leave the kind of stickiness and occlusive layer that drives many users to seek alternatives. Compared with lightweight synthetics like PPG esters, Cetyl Lactate has an edge when it comes to integrating with other natural actives or botanical oils. It bridges the gap between fast-absorbing esters and long-chain fatty acids, giving brands more flexibility to tailor function and feel without unnecessary trade-offs. In my own work, this often opened the door to products that met both budget and luxury consumer expectations, purely because Cetyl Lactate could stand in for several less ideal components at once.
Cetyl Lactate’s strengths do not mean it suits every blend or project. It comes up against hurdles, especially regarding stability with highly acidic or alkaline actives. I’ve seen pH drift cause some cloudiness or separation when teams push formulas too far outside a neutral range—which stands as a gentle reminder that knowing your ingredient’s chemistry matters. Temperature sensitivity at the higher end can sometimes impact finished product viscosity, so careful pilot batching makes a difference. Modern quality control resources let us dial in those tolerances much tighter, though, and almost every good supplier will back up claims with independent test data for peace of mind.
Another point worth examining lies in supply chain transparency. Not all Cetyl Lactate comes from renewable sources or environmentally sound practices. Companies determined to market authentically “green” products owe it to their customers—and to the broader industry—to source from suppliers who can document origin and processing details. The RSPO (Roundtable on Sustainable Palm Oil) and similar initiatives mean shoppers and brand owners alike can have real confidence about what goes into each bottle or jar, but I’ve found that not every supplier weighs those credentials as heavily as they should. In practice, formulators and procurement teams who ask the tough questions up front usually build longer, more resilient partnerships with reputable supply houses.
Walk into almost any store with a decent beauty section and you’ll find Cetyl Lactate present even if it’s not on every label’s front panel. It quietly improves lipsticks, facial lotions, sunscreens, and even gentle cleansers with that signature skin glide and soft finish. In the last few years, I’ve seen it pop up in more “clean beauty” launches, often celebrated as an upgrade from the heavy, heavily processed emollients of the past. The ingredient doesn’t just satisfy regulatory requirements; it helps brands build differentiated products that stack up well against much pricier, more exotic options.
In color cosmetics, particularly lipsticks and balms, Cetyl Lactate helps pigments spread with fewer waxes and less drag, making application smoother and less likely to tug at delicate lip skin. It buffers the drying effects of alcohol-based formulas, helping maintain hydration over the day. Sunscreens use it for the same spreading qualities, offering a lightweight feel that encourages daily compliance—a sticking point in sun protection adherence repeatedly stressed in dermatology circles. For hair care, its contribution to softness and manageability comes without the dulling buildup found with some silicones. I have tested conditioners and light leave-in sprays with and without Cetyl Lactate, and user surveys almost always favor the version with it, largely because of that subtle, freshly conditioned slip it introduces.
People ask me all the time—what’s the future of ingredients like Cetyl Lactate in an industry so hungry for innovation? The answer points to a broader movement toward responsible sourcing, transparency, and functional performance. Unlike trendy ingredients that flash in and out of favor based on influencer campaigns or short-lived studies, Cetyl Lactate sticks around because it reliably addresses real needs. Biodegradability continues to influence purchasing decisions up and down the supply chain, and consumers look for ingredients that promise both low environmental impact and high performance. Cetyl Lactate delivers on both, and that dual success story is rare in today’s crowded formulation landscape.
Scientific studies supporting its non-sensitizing and non-irritant properties back up what anecdotal experience already shows. Unlike some newer alternatives, long-term safety data is already baked in from decades of use, and regulatory approvals in major markets confirm its standing. Brands that want to move beyond formula marketing “clean” must also demonstrate that their ingredients show up in peer-reviewed studies as safe across skin types and ages, not just as a nod to trend but as proof of efficacy and safety. Cetyl Lactate stands up to that kind of scrutiny, which for me, as someone on the development side, allows for confident, responsible innovation.
The gap between mediocre and truly exceptional skincare, haircare, or personal care products often comes down to those seemingly modest shifts in ingredient choices. I’ve watched brands reinvent staple items—think daily moisturizers, hand creams, detanglers, and leave-in sprays—by moving from generic fatty acids or mineral oils to smarter options like Cetyl Lactate. It transforms not only texture, but also how consumers relate to daily routines: lighter, easily absorbed, supporting comfort without clogging pores or overwhelming the senses.
This ingredient also plays well with botanical extracts and new-generation actives, holding up to the growing demand for hybrid products that combine support for the microbiome, sun protection, and antioxidant defense. By my count, more than a dozen launches from brands pitching to the “skinimalism” trend—where consumers trim back their routines to just a handful of core items—have leaned on Cetyl Lactate for its ability to round out product efficacy. The ingredient’s broad compatibility lets formulators trim excess, skip unnecessary fillers, and zero in on real function instead of empty label claims. It’s not an isolated hero, but a solid backbone in the new era of streamlined, high-performance personal care.
No classroom or textbook teaches you everything you discover through hands-on work with ingredients like Cetyl Lactate. Over the years, I’ve noticed small shifts in viscosity or stability that guide formula adjustments, and nearly every successful launch benefitted from reviewing product performance through the eyes of both a professional and an end user. Ingredients that look good on paper sometimes disappoint when they meet real skin or hair; with Cetyl Lactate, those surprises come less often. Predictable behavior leads to fewer reformulations, and the ingredient’s track record helps brands avoid emergency recalls or unwelcome post-launch revisions.
Being in the lab means not just chasing trends, but understanding what constitutes true value in a crowded market. I’ve seen startups scale up much faster when they chose ingredients like Cetyl Lactate, which deliver steady batches and consistent textures, reducing time lost to troubleshooting and wasted material. That predictability supports sustainability too, as less wasted product and fewer discarded samples mean a lighter environmental footprint before the goods even reach store shelves.
Cetyl Lactate’s real potential goes beyond smoothing a lotion or softening a cream—it stands as a signal that companies care about the quality and integrity of what they put on the market. As more people ask pointed questions about ingredient sourcing, environmental responsibility, and long-term safety, products featuring Cetyl Lactate answer increasingly tough consumer demands with substance. This holds true not just for multinational giants but also for small, values-driven brands trying to carve out a space in a marketplace that often rewards short-term flash over lasting benefit.
Smart business leaders and formulation chemists alike recognize that building future-proof products starts with selecting ingredients that serve both people and the planet. The next wave of personal care isn’t about choosing between function and sustainability—Cetyl Lactate has shown you can have both, without the hand-wringing uncertainty that sometimes trails behind newer, less studied compound classes.
The bottom line—Cetyl Lactate brings value to every corner of the personal care world thanks to its gentle touch, clean finish, and strong eco-profile. By prioritizing proven ingredients over marketing fluff, brands can offer real improvements in comfort, efficacy, and trustworthiness to people who depend on these products every day. Speaking from years in product development, the reformulations that last—the ones consumers keep coming back to—typically start with ingredients like Cetyl Lactate: reliable, well-studied, safe, and fully supportive of healthier skin, hair, and lifestyles. As demand for transparency and better choices continues to swell, Cetyl Lactate holds up as an ingredient you can stand behind, on the shelf and in the community alike.