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Lauryl-Myristyl Alcohol: A Deep Dive into its Journey, Uses, and Challenges

Historical Development

Lauryl-myristyl alcohol never appeared out of thin air. Chemists back in the mid-20th century needed better surfactants for cleaning, cosmetics, and industrial tasks. Fatty alcohols drew attention due to their biodegradable nature, ease of modification, and wide availability. Manufacturers managed to extract and purify alkyl alcohols from coconut oil and palm kernel oil, giving birth to commercial blends like lauryl-myristyl alcohol. Scientists experimented with lengthening hydrocarbon chains to fine-tune cleansing properties and skin mildness, paving a path from basic soaps all the way to today’s advanced personal care products. Along the way, research focused on efficiency, safety, and environmental impacts, all influenced by shifting consumer expectations. This cumulative effort brought lauryl-myristyl alcohol beyond the laboratory into homes, shampoos, cleaning sprays, and specialty industrial uses.

Product Overview

Lauryl-myristyl alcohol groups together two fatty alcohols—dodecanol (lauryl, C12) and tetradecanol (myristyl, C14)—offering a balanced blend for a range of products. Producers often sell it as a white, waxy solid or flakes, soluble in hot alcohol and oils, but nearly insoluble in cold water. Daily life showcases this ingredient in everything from creamy shampoos to laundry detergents and lotions. It's prized in personal care due to its ability to stabilize formulations, impart a smooth texture, and boost foaming. Many companies count on its plant-based origin to market gentle, eco-friendlier alternatives, shifting away from harsh petrochemical surfactants. For formulators, it serves as an emulsifier, thickener, and co-surfactant, giving flexibility in recipe design for both economic and performance-driven products.

Physical & Chemical Properties

Blends of lauryl and myristyl alcohols stand out for their physical symmetry and versatility. These fatty alcohols show melting points between 34–45°C, allowing processing at moderate temperatures and giving products a pleasant, smooth feel on skin. Chemically, each chain carries a single primary alcohol group, making reactions with acids, halides, and oxidizers fairly direct and predictable. The long, saturated hydrocarbon tails ensure low water solubility, but lend themselves easily to forming stable emulsions when mixed with other surfactants or oils. Their low vapor pressure and mild odor make them unobtrusive in finished goods, which matters when end users prefer products free of strong fragrances or unpleasant residues.

Technical Specifications & Labeling

Producers of lauryl-myristyl alcohol provide technical sheets highlighting purity often above 98%, minimal residual solvents, peroxide value for stability, and defined melting ranges. Molecular weight average depends on the ratio of C12 to C14, commonly hovering around 200–230 g/mol. Specifications cover both heavy metals and microbiological contaminants, aligning with regulations in Europe, the US, and Asia. Ingredient labeling in cosmetics lists this blend as “Lauryl/Myristyl Alcohol” under INCI standards, ensuring consumer transparency. Finished goods must mention concentration if above self-imposed safety thresholds, especially in leave-on preparations. Batch consistency, color, and odor get tested to support strong audit trails and supplier accountability.

Preparation Method

Manufacturers source fatty acids from renewable feedstocks such as coconut or palm kernel oil, then hydrogenate or reduce the acids to their corresponding alcohols. Fractional distillation separates the dodecanol and tetradecanol fractions, tuned to the desired ratio for specific needs. Catalytic hydrogenation uses metal catalysts, often nickel, under high pressure and temperature to drive reactions cleanly. Producers guard against over-reduction or contamination, filtering and washing final products in several steps. This method limits unwanted byproducts, nodding to both quality demands and stricter environmental rules on chemical waste.

Chemical Reactions & Modifications

Chemists rely on the reactivity of the primary alcohol group in lauryl-myristyl alcohol for further transformations. Esterification gives rise to emollient esters, which soften skin and lend slip to lotions. Ethoxylation produces nonionic surfactants, vital in laundry and dish soaps for their gentleness and performance in hard water. Sulfation leads to lauryl & myristyl sulfate detergents, key components in bubble baths and facial washes. Oxidation can yield corresponding fatty acids, closing a loop in the value chain. Developers often tweak blends or add side chains to match shifting regulatory needs and performance requirements, giving the industry a broad palette for innovation.

Synonyms & Product Names

This ingredient hides behind various synonyms: dodecanol, tetradecanol, coconut alcohol, C12-C14 alcohol, or even fatty alcohol (C12–C14). Each market uses different common names depending on the main application—whether it’s called “Lauryl Alcohol” in soaps, “Myristyl Alcohol” in conditioners, or “Coco Alcohol” in green-label household products. Trade names abound, and each supplier’s branding results in subtle formulation differences, which buyers need to keep in mind for cross-referencing and reformulation.

Safety & Operational Standards

Strong research over decades shows low acute and chronic toxicity for lauryl-myristyl alcohol, key in securing its broad acceptance. For cosmetic use, safety reviews always consider concentration in finished goods. Irritation studies highlight that high levels in leave-on preparations could trigger skin or eye reactions, though rinse-off applications cause little concern. Occupational exposure demands basic PPE—gloves, goggles, and ventilation—especially where powders or heating steps create inhalation risks. Environmental protocols direct disposal practices, as high biological loads in industrial wastewater may disrupt onsite treatment. Industry standards track maximum impurity levels, allergenic fragrance residues, and the presence of banned chemicals arising from side reactions.

Application Area

Lauryl-myristyl alcohol shows up in a surprisingly diverse set of industries. In personal care, you find it thickening shampoos, providing glide in shaving foams, blending into creamy soaps, and boosting absorption in lotions. Soap makers use its structure-building role to create hard, lasting bars for both home and industrial cleaning. Textile factories depend on it as a defoamer and softener. Plastics and rubbers benefit from its antistatic properties, reducing dust buildup and static shock. Food packaging sometimes features this blend as a lubricant, while agriculture benefits from its spreading qualities for crop sprays. Its low cost and ready supply keep it a staple, even as greener or more advanced replacements slowly enter the market.

Research & Development

Academic and corporate labs keep searching for ways to improve lauryl-myristyl alcohol’s performance or lessen its environmental impact. Researchers tune chain ratios to optimize compatibility in novel emulsions, or design new ethoxylated derivatives for lower skin irritation. Teams probe plant-based feedstocks beyond palm and coconut, hoping to ease pressure on the ecosystems where those crops dominate. Engineers work on enzymes and green chemistry catalysts for milder, less wasteful production routes. Environmental toxicologists watch its fate in soil and waterways—factoring in degradation rates, breakdown products, and cumulative exposure in both people and wildlife. This research supports regulatory stability and opens new markets responsive to consumer demands for safety and sustainability.

Toxicity Research

Generations of toxicity testing reveal that lauryl-myristyl alcohol poses low immediate risks at levels used in household and industrial products. Ingesting large amounts can upset the stomach, and direct skin contact at high doses brings redness or dryness, yet those situations rarely arise in controlled settings. Animal tests have shown minimal carcinogenic or mutagenic effects; regulatory agencies worldwide allow its use in cosmetics, cleaning agents, and some food contact materials with established limits. Allergy screens turn up rare cases of mild hypersensitivity, usually due to impurities rather than the alcohols themselves. Emerging studies track byproducts in wastewater, ensuring that safety evaluations reflect the whole life cycle, not just lab conditions.

Future Prospects

Lauryl-myristyl alcohol faces both steady demand and clear pressure for change. Consumers want everything plant-derived, gentle, and low-impact—which pressures supply chains to diversify away from palm and improve documentation for ethical sourcing. Producers develop blends with tailored chain lengths, meeting tighter standards on skin safety and performance in cold or hard water. Digital formulation tools may one day predict optimal blends for every application, cutting down on waste and speed to market. Environmental regulators drive research into full-chain biodegradability, calling for green production steps without dangerous solvents. Solutions lie in better agricultural practices, transparency in sourcing, and a scientific push toward biodegradable, high-performing alternatives. This combination steers the industry forward, carving new paths for both workers and consumers in everyday products.



What is lauryl-myristyl alcohol used for?

Where You’ll Find Lauryl-Myristyl Alcohol

Lauryl-myristyl alcohol shows up in more places than you’d expect. It’s popular in shampoos, conditioners, lotions, creams, and soaps. It comes from a mix of long-chain fatty alcohols—typically with 12 (lauryl) or 14 (myristyl) carbon atoms. A lot of people have used this compound for years without knowing it, because it’s often tucked away on product labels. This ingredient plays a key role in making some personal care favorites work and feel as they do.

What It Does For Products

From my own experience working with cosmetic formulations, lauryl-myristyl alcohol belongs to a group of ingredients called fatty alcohols. These don’t behave like the kind of alcohols you find in hand sanitizers—so you won’t get that drying or stinging sensation. Instead, these alcohols bring a creamy texture and boost moisture. In conditioners, lauryl-myristyl alcohol helps create that satisfying lushness you feel as you apply it through your hair.

Lauryl-myristyl alcohol acts as an emulsifier, pulling together ingredients that usually wouldn’t mix—like oil and water. Anyone who’s tried to whip up a homemade lotion knows the frustration of watching it split without the right binder. Thanks to this ingredient, creams stay smooth and stable on your dresser or in your bathroom cabinet.

In cleansing products, lauryl-myristyl alcohol thickens the liquid and produces a pleasant lather. This is part of what makes some soaps and shampoos silky in your hands, and provides that “clean” sensation after rinsing.

Why This Ingredient Matters

Many product developers favor lauryl-myristyl alcohol because of its skin tolerance and versatility. Research from the International Journal of Toxicology shows these fatty alcohols rarely irritate skin or trigger allergies, especially compared with harsher synthetic surfactants. This quality helps manufacturers make products suitable for a wider group of people, including those with sensitive skin.

For people concerned about environment and sourcing, lauryl-myristyl alcohol is often made from natural sources like coconut oil or palm kernel oil. A lot of shoppers want ingredients that are both effective and responsibly sourced, though it’s important to watch for brands that use sustainable palm oil to avoid problems like deforestation. Independent certifications, such as RSPO (Roundtable on Sustainable Palm Oil), offer ways to track the environmental impact of these ingredients.

Care About What Goes On Your Skin

Reading a product label in the store isn’t always easy, especially with long or unfamiliar names. It’s easy to overlook the things we put on our bodies every day. Lauryl-myristyl alcohol isn’t front-page news, but it quietly supports how modern personal care products look, feel, and work. The safety profile of lauryl-myristyl alcohol stands up to scrutiny, with regulatory agencies in the US and Europe considering it a low-risk ingredient for skin care.

For anyone who wants to make better choices about cosmetics and hygiene, learning a little about these building blocks makes a difference. As consumers, we can demand greater transparency from brands—insisting on clear labeling, responsible sourcing, and honest ingredient safety testing. Better information helps everyone find products that work for them and fit their values.

Is lauryl-myristyl alcohol safe for skin and hair?

What Is Lauryl-Myristyl Alcohol and Where Does It Show Up?

Lauryl-myristyl alcohol comes from fatty alcohols, often produced by processing coconut oil or palm oil. Walk down a drugstore aisle and you'll find it on the back of shampoo bottles, conditioners, lotions, and a stack of skincare products. It gives creams a nice texture and helps shampoos spread smoothly, making everyday routines feel better. Anyone with an interest in clean beauty ingredients eventually runs into this name and wonders what it actually does once it touches skin and hair.

Decoding the Safety: What Science and Real-World Experience Show

Safety for both skin and hair has always mattered to me, especially with sensitive skin in my family. To get a clearer sense, I checked dermatologist recommendations and scientific journals. Most agree that lauryl-myristyl alcohol is different from what the word "alcohol" brings to mind. This ingredient doesn’t sting or dry skin like ethanol—it's actually a fatty alcohol, often used for its soothing qualities.

Dermatology experts, including those in peer-reviewed studies, rate lauryl-myristyl alcohol as low risk for irritation. Cosmetic Ingredient Review panels have researched this group of fatty alcohols and found it non-sensitizing and non-irritating for most people—even with regular use. Many hypoallergenic and fragrance-free products rely on these ingredients because they calm rather than provoke.

Years of hearing friends with eczema and even my own experience with dry scalp suggest this ingredient rarely triggers trouble. The few cases where someone reacts often involve an allergy to something else in the formula, not the lauryl-myristyl alcohol itself. Realistically, both anecdotal evidence and published science suggest reactions remain rare.

Environmental and Ethical Considerations

Safety doesn’t stop at skin. I’ve paid more attention lately to where ingredients come from and how they’re produced. Lauryl-myristyl alcohol, especially if sourced from unsustainable palm oil, raises red flags for deforestation and habitat loss. Choosing brands that show up with sourcing transparency and certified sustainable palm or coconut oil reduces environmental pressure. The European Chemicals Agency advises checking for eco-certifications since the ingredient itself degrades naturally and breaks down in wastewater, posing lower risks to aquatic ecosystems compared with some synthetics.

Practical Tips for Everyday Use

In my own bathroom cabinet, I read ingredient lists to check for lauryl-myristyl alcohol before buying. For anyone with truly sensitive skin, consider patch-testing new products. Allergists and dermatologists often suggest using a dab behind the ear or on the inner wrist and waiting a day to see if redness pops up. Look for simple formulations—often available in pharmacy skincare sections—where unnecessary fragrances and extra additives don’t crowd out the base ingredients.

For folks aiming for low-impact choices, brands sharing their ethical sourcing and full ingredient transparency build trust. Asking questions at a local pharmacy or searching company websites for sourcing policies makes a real difference.

Addressing the Bigger Picture

Ingredients like lauryl-myristyl alcohol highlight how consumers, companies, and regulators share responsibility for safety and stewardship. Involving dermatologists more in product development would help keep formulas gentle and effective. Clearer labeling, easier-to-read ingredient names, and better education will allow more people to make the right choices for their skin and the planet.

Does lauryl-myristyl alcohol cause irritation or allergies?

How This Ingredient Shows Up in Everyday Products

Lauryl-myristyl alcohol pops up in a surprising range of things I use every day—shampoo, skin cleanser, and even some makeup. Both lauryl and myristyl alcohol fall under the category of fatty alcohols, not the kind that dries out skin like straight-up ethanol. Fatty alcohols get sourced from coconut or palm oil, and cosmetic chemists rely on them to thicken, stabilize, and help keep creams smooth. Using products with lauryl-myristyl alcohol has become routine for me, but concerns about irritation have surfaced in some online circles, so I dug into what research and experience say.

Can Lauryl-Myristyl Alcohol Cause Irritation?

Not every alcohol affects the skin the same way. Lauryl-myristyl alcohol belongs to the group that’s usually regarded as less irritating. Studies back this up. The Expert Panel for Cosmetic Ingredient Review gave it the nod for safe use, provided makers use reasonable concentrations. Fatty alcohols like these tend to work well, especially in formulas for sensitive or dry skin. Many dermatologists recommend moisturizers with fatty alcohols for eczema because these alcohols pull in moisture and act as a barrier.

That doesn’t mean every skin type agrees with lauryl-myristyl alcohol. My own skin has never flared up from products with this ingredient. Most people probably won’t notice much, often because brands use it in low concentrations. For most adults, that translates to minimal irritation or none at all. Out of thousands of reported cases on skin reactions, only a handful reference lauryl-myristyl alcohol. Data from patch-testing clinics suggest true allergy is rare, and irritant reactions happen less often than with fragrances, dyes, or harsher alcohols like denatured alcohol.

Who Might Experience Problems?

For some with highly reactive skin, even fatty alcohols can cause issues. I chatted with a friend who battles contact dermatitis, and she found one cream with myristyl alcohol brought out redness after a couple uses. Turns out her dermatologist recommended avoiding any potential triggers, including these. People with underlying inflammatory conditions or allergies often fall into this group. Babies or those with super compromised skin barriers deserve more caution too.

Anyone who gets stinging, burning, itching, or redness after trying a new skincare product might want to take a closer look at the ingredient list. Since irritation and true allergies aren’t the same, a patch test under supervised conditions offers the clearest answers. A dermatologist can guide this process for stubborn or confusing rashes.

Safer Use and Ways to Minimize Trouble

So much comes down to context. Products that rinse off quickly, like shampoos or cleansers, create less chance for irritation. Leave-on items should get more scrutiny. If you’ve got eczema or know your skin freaks out over lots of additives, looking for products labeled "for sensitive skin" can help. Brands tend to dial back on potential irritants for those lines. Reading ingredient labels and tracking what works with your skin pays off over the long run, and I find that keeping a little log in my phone notes helps.

I’ve learned, both from research and personal trial and error, that one ingredient rarely spells disaster for everyone. For most people, lauryl-myristyl alcohol stays low on the list of skincare worries. Tuning in to your own skin and reaching out to a board-certified dermatologist can keep the guesswork to a minimum.

Useful Next Steps

For those still worried, opting for minimal-ingredient formulas removes a lot of guesswork. Patch testing at home—applying a small dab of the product behind your ear—can send a clear early signal. If you’re still unsure, talking with a healthcare professional ensures targeted advice. The skin’s story with every chemical shifts from person to person, and evidence so far points to lauryl-myristyl alcohol as generally safe for most—but not all—skin types.

Is lauryl-myristyl alcohol derived from natural sources?

Understanding the Source

Lauryl-myristyl alcohol shows up on product labels in shampoos, conditioners, and lotions. People pay more attention to what ends up in these bottles, and for good reason. Ingredient lists tend to read like a chemistry textbook, so the natural vs. synthetic debate stays alive and strong. Lauryl-myristyl alcohol usually gets its start from fatty alcohols, which means it comes from the long, waxy molecules found in nature — typically in coconut oil and palm kernel oil. Some chemists whip up a synthetic version from petroleum sources, but nearly every large personal care supplier prefers the plant-based path. Consumers are reading labels and asking questions, pushing brands to be clear about where their ingredients begin.

Natural Doesn’t Always Mean Safe

The word “natural” in personal care sparks warm fuzzy feelings. It brings images of coconut palms and tropical breezes. From my own experience reading ingredient lists for sensitive skin, one surprising lesson crops up: a plant source doesn’t always guarantee gentleness. Lauryl-myristyl alcohol works as an emulsifier, helping oil mix with water, and as a mild surfactant. Because it’s rarely irritating and offers a smooth texture, it’s a favorite for safer, more skin-friendly formulas. In fact, according to research by the Cosmetic Ingredient Review panel, both lauryl and myristyl alcohols show low sensitization rates and rarely cause skin trouble compared to harsher alternatives like sodium lauryl sulfate.

Traceability and Sustainability Questions

The “natural” label only scratches the surface. Where plants grow, how they’re harvested, and the journey from field to bottle—the whole chain matters. Palm-derived ingredients bring up tough sustainability questions from rainforest deforestation and harm to wildlife habitats. Roundtable on Sustainable Palm Oil (RSPO) grows in importance, but credible certifications still need policing. Coconut farming doesn’t always escape scrutiny, either. For buyers like me who care about protecting the planet, searching out RSPO certification or manufacturer transparency eases those worries. Brands switching to coconut-derived lauryl-myristyl alcohol, or confirming their palm sources come from sustainable operations, show a tangible effort to align with ethical standards.

Consumer Education Matters

Long names on ingredient lists intimidate, so confusion grows about which chemicals earn trust. Mistaking lauryl-myristyl alcohol for drying or harsh alcohols—like SD alcohol or denatured alcohol—happens far too often. I remember choosing a body lotion, seeing “alcohol,” and hesitating, before realizing this fatty alcohol softens and stabilizes instead of drying things out. Product labeling and brand education can cut through the noise. Campaigns that explain how fatty alcohols differ from simple alcohols help people make informed choices and avoid unnecessary fear.

Moving Forward with Smarter Choices

Consumers are asking bigger questions about ingredient sourcing, impact, and transparency. Responsible brands respond by stating the origin of lauryl-myristyl alcohol—whether coconut, palm, or another plant. They support third-party certifications, back more traceable supply chains, and avoid greenwashing claims. As someone juggling skin sensitivity and environmental ethics, it isn’t always easy to find clear answers. Detailed ingredient lists and honest sourcing notes simplify my search, putting the power back in my hands. Responsible companies who commit to truthful labeling foster trust—something everyone deserves when it comes to daily personal care.

Can lauryl-myristyl alcohol be used in vegan or cruelty-free products?

Checking the Source

Vegan labels on cosmetics present a simple question: does every ingredient come from plants or synthetics, or could something sneak in from animal origins? Lauryl-myristyl alcohol causes some confusion, since the name links directly to common fatty alcohols. Old-fashioned soapmakers could tell you that alcohols like these often originate with fats—sometimes coconut, palm, or tallow from animal processing. Today, plant sources dominate the market, but not every supplier is transparent.

Scratching Under the Surface

Digging into everyday products, I’ve called more ingredient suppliers than I care to count. Most mainstream personal care companies buy lauryl-myristyl alcohol from plants—not only because consumers demand better sourcing, but because crude animal fat brings unpredictable quality. Palm oil, despite its own baggage, mixes smoothly with industrial chemistry and draws global support from plant-based manufacturers.

That’s all well and good for most vegan shoppers, but supply chains still slip up. If a factory sources its feedstock from several producers in one region, companies can’t always guarantee their lauryl-myristyl alcohol never touched an animal-derived fat further up the pipeline. For strict vegans, that gray area leaves discomfort. Responsible manufacturers reach out for certification from organizations like the Vegan Society, but not every bottle on the shelf gets that scrutiny.

Cruelty-Free Concerns

Shoppers also want assurance that their lotion or shampoo comes without animal testing. The story here differs from “vegan”—an ingredient can pass cruelty-free standards even if it isn’t plant-based, as long as nobody’s testing finished products or raw materials on animals. North America’s legal framework no longer demands this kind of testing for most cosmetic ingredients, especially legacy compounds like lauryl-myristyl alcohol, but global brands still pay attention to regulations in China and other countries with old testing laws on the books.

Why It Matters

For more than a decade, I’ve watched consumer preferences shift hard toward ethical choices in beauty and cleaning. Many people take pride in cutting animal exploitation and chasing a traceable supply chain. Even when an ingredient isn’t controversial, the lack of clarity bothers buyers. Today’s power rests in transparency. Every recipe ought to declare its botanical or synthetic origins up front. Sharing sourcing information not only builds trust but nudges the industry toward better technology—plant-based chemistry, less deforestation, and clear oversight.

Better Solutions in Practice

If you want to guarantee a product uses plant-based lauryl-myristyl alcohol—and no animals had to suffer for testing—look for relevant logos. Support brands that publish supplier audits or guarantee vegan sourcing. Demand proof rather than vague promises. I’ve watched brands shift practices overnight when customers reach out for details or push labels like Vegan Certified and Leaping Bunny. Ask questions. Email brands. Read the ingredient panels. Real change starts with curiosity.

The Road Ahead

Brands who dig into every ingredient’s story win consumers’ respect. Suppliers who refuse to disclose origin or skip third-party checks deserve pressure. Lauryl-myristyl alcohol, plant-derived or not, offers a lesson: only transparency turns good intentions into real progress. Don’t settle for anything less.

lauryl-myristyl alcohol
lauryl-myristyl alcohol
lauryl-myristyl alcohol
Names
Preferred IUPAC name dodecyl-tetradecyl alcohol
Other names 1-Dodecanol, 1-Tetradecanol, Dodecyl alcohol, Lauryl alcohol, Myristyl alcohol, n-Dodecanol, n-Tetradecanol, Dodecan-1-ol, Tetradecan-1-ol
Pronunciation /ˈlɔːrɪl ˈmɪrɪstɪl ˈæl.kə.hɒl/
Identifiers
CAS Number 112-53-8
Beilstein Reference 62694
ChEBI CHEBI:60027
ChEMBL CHEBI:34469
ChemSpider 553106
DrugBank DB11124
ECHA InfoCard String: 03a3ce10-cfcd-4845-abbd-68f26c297f71
EC Number 200-470-9
Gmelin Reference 5970
KEGG C02573
MeSH D008099
PubChem CID 12407
RTECS number OJ6950000
UNII HTB69TGS18
UN number UN1993
CompTox Dashboard (EPA) DTXSID7020840
Properties
Chemical formula C26H54O
Molar mass 338.65 g/mol
Appearance White, waxy solid
Odor Sweet; floral
Density 0.83 g/cm3
Solubility in water Insoluble in water
log P 3.8
Vapor pressure <0.01 mmHg (20°C)
Acidity (pKa) 14.8
Basicity (pKb) 13.94
Refractive index (nD) 1.435
Viscosity Viscous liquid
Dipole moment 2.79 D
Thermochemistry
Std molar entropy (S⦵298) 510.7 J·mol⁻¹·K⁻¹
Std enthalpy of formation (ΔfH⦵298) -513.6 kJ/mol
Std enthalpy of combustion (ΔcH⦵298) -8012 kJ·mol⁻¹
Pharmacology
ATC code C05AE02
Hazards
GHS labelling GHS07, Warning, H315, H319
Pictograms GHS07,GHS08
Signal word Warning
Hazard statements H315: Causes skin irritation. H319: Causes serious eye irritation.
Precautionary statements Wash ... thoroughly after handling. Wear protective gloves/eye protection/face protection. IF ON SKIN: Wash with plenty of water. If skin irritation occurs: Get medical advice/attention. Take off contaminated clothing and wash it before reuse.
NFPA 704 (fire diamond) 1-1-0-Comb
Flash point 198°C
Autoignition temperature 238 °C
Lethal dose or concentration LD₅₀ (oral, rat): >5000 mg/kg
LD50 (median dose) LD50 (median dose): Oral-rat LD50: 16 g/kg
NIOSH MCM700
PEL (Permissible) PEL (Permissible Exposure Limit) for lauryl-myristyl alcohol is not specifically established by OSHA.
REL (Recommended) 0 - 10%
Related compounds
Related compounds lauryl alcohol
myristyl alcohol
cetyl alcohol
stearyl alcohol
behenyl alcohol