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HS Code |
908217 |
| Inci Name | Menthyl Lactate |
| Cas Number | 59259-38-0 |
| Appearance | White crystalline powder |
| Odor | Mild, mint-like |
| Solubility In Water | Slightly soluble |
| Melting Point | 38-41°C |
| Function | Cooling agent |
| Molecular Formula | C13H25NO3 |
| Molecular Weight | 243.34 g/mol |
| Ph Stability | Stable in pH 4-8 |
| Boiling Point | 360.8°C at 760 mmHg |
| Density | 1.04 g/cm³ |
| Usage In Cosmetics | Skin and oral care products |
| Einecs Number | 261-619-1 |
As an accredited Menthyl Lactate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Menthyl Lactate is packaged in a 1 kg white HDPE bottle with a screw cap, tamper-evident seal, and safety label. |
| Shipping | Menthyl Lactate is typically shipped in tightly sealed, food-grade drums or containers to prevent contamination and moisture absorption. It should be stored and transported in a cool, dry place away from direct sunlight and incompatible substances. Standard shipping procedures for non-hazardous chemicals apply, ensuring safety and material integrity during transit. |
| Storage | Menthyl Lactate should be stored in a cool, dry, and well-ventilated area, away from sources of heat, ignition, and direct sunlight. Keep the container tightly closed when not in use to prevent contamination and moisture absorption. Store in a chemically compatible container, and avoid contact with strong oxidizing agents. Handle using proper personal protective equipment and follow standard chemical storage protocols. |
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Purity 99%: Menthyl Lactate with 99% purity is used in oral care formulations, where it provides a long-lasting cooling sensation with enhanced sensory perception. Melting Point 45°C: Menthyl Lactate with a melting point of 45°C is used in topical analgesic gels, where it offers efficient skin penetration and sustained relief. Molecular Weight 228.34 g/mol: Menthyl Lactate at a molecular weight of 228.34 g/mol is used in skincare emulsions, where it facilitates uniform distribution and improved formulation stability. Stability Temperature 60°C: Menthyl Lactate with a stability temperature of 60°C is used in hot-fill cosmetic products, where it maintains cooling efficacy without degradation. Odor Threshold <1 ppm: Menthyl Lactate with an odor threshold below 1 ppm is used in fragrance-free dermal creams, where it preserves product neutrality while delivering a cooling effect. Viscosity Low: Menthyl Lactate with low viscosity is used in clear aqueous solutions, where it ensures rapid and homogeneous blending. Particle Size <10 µm: Menthyl Lactate with particle size less than 10 µm is used in microencapsulated patch systems, where it enables fast-release cooling action. Solubility in Ethanol >15%: Menthyl Lactate with ethanol solubility above 15% is used in alcohol-based sprays, where it ensures clarity and uniform performance. Optical Purity >98%: Menthyl Lactate with optical purity greater than 98% is used in sensitive skin lotions, where it reduces the risk of irritation while maintaining cooling properties. Refractive Index 1.451: Menthyl Lactate with a refractive index of 1.451 is used in high-transparency gels, where it preserves optical clarity for premium appearance. |
Competitive Menthyl Lactate prices that fit your budget—flexible terms and customized quotes for every order.
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Menthyl lactate tells a real story in the world of cooling agents. At our production facility, we see the transformation of raw menthol and lactic acid through every stage, and this process delivers a gentle cooling sensation that so many personal care companies demand. Unlike common cooling materials that can sting or irritate, menthyl lactate creates a clean, smooth finish—a quality we noticed early in our research and development labs. It offers long-lasting freshness in finished goods without the harsh kick.
Our menthyl lactate features the blend of menthol’s brisk clarity and lactic acid’s mild, skin-friendly backbone. Each batch targets a refined purity to ensure it’s colorless or near-colorless, carrying a light, understated mint aroma. Our teams check for a melting range around 36–41°C, which means the flake or crystalline product remains stable under normal manufacturing and storage conditions, but easily disperses into oils, creams, and gels. The difference becomes clear on the production line, where you see residues rarely, mixers clean easily, and lotions remain consistent from one batch to the next.
Cosmetic chemists often discuss how menthyl lactate stands apart from raw menthol. Menthol’s volatility can be tough to handle. It evaporates quickly, causing sensory overload and sometimes driving off other fragrance notes. During pilots with liquid and semi-solid formulas, menthyl lactate holds steady. It doesn’t overpower delicate herbal or floral scents. We’ve also watched it solve challenges that other coolants only make worse—in aftershaves and creams for sensitive skin, for example, where redness or stinging can ruin the whole job. Our tests show menthyl lactate produces a moderate, sustained cooling effect, extending comfort for users after initial application.
Market research and buyer requests steered us to increase output of menthyl lactate years ago. Leading global brands look for that cooling “wow” factor in deodorants, foot sprays, shampoos, and oral care. Still, they want to avoid raw menthol’s strong medicinal smell and short-lived burst. Menthyl lactate solves both issues. It keeps product experiences fresh without excess tingle. It layers well with other actives and allows hopeful brands to play with texture, fragrance, and function, knowing the cooling sensation will persist even after consumers head out the door.
Formulators contact us expecting a precise melting point, tight purity figures, and minimal odor. During every inspection, we check for a melting point that aligns with the spec—mid to high thirties in Celsius. This ensures the ingredient stays solid in the jar but melts on skin. The right refractive index, color, and clarity are not afterthoughts; they’re part of our daily QA routines. We test each lot for menthyl lactate content using gas chromatography, ensuring it reaches the percentage customers expect—often 98% or higher. Water and heavy metals receive the same careful scrutiny, as traces can complicate downstream processes or bring regulatory headaches. Reliable results help manufacturers stabilize costs and timelines, which matter a lot when scaling up new launch products.
Factories like ours didn’t arrive at menthyl lactate by chance. Rising demand for milder, high-performing skin-contact products shaped our R&D investment and guiding principles. Decades spent learning the quirks of menthol and aliphatic esters taught us that not every compound combines cooling comfort with practicality. Menthyl lactate delivers on both. During trials, liquid and emulsion systems display less separation or graininess compared with recipes using straight menthol. Handling improves at every step, with less loss or dust during dosing. Procurement teams often thank us for offering a stable ingredient that’s simple to store at room temperature, with a shelf life that meets the planning horizons for high-volume manufacturers.
Feedback from both home and professional users raises a simple truth: skin comfort counts. We tracked user reports about discomfort and tingling, especially after shaving or on delicate body parts. Menthyl lactate doesn’t burn or sting, even at moderate loading levels. Dermatological testing guides our manufacturing standards, helping us recommend safe use rates in different cosmetic bases. Most companies experiment with including it at anywhere from 0.1% up to 2% based on the end goal. Even at higher concentrations, irritation seldom occurs—our QA data backs this up, with complaint rates holding far below those attached to pure menthol or methyl salicylate. Every successful launch shows how quality at the molecular level pays off for finished product user experience.
Cooling sensations matter outside of skin creams and hair gels. Oral care specialists tap menthyl lactate for toothpastes and mouth rinses. Food and beverage producers have toyed with sub-ppm levels for mints and gums, though most demand comes from beauty and body care. Our research group looked at long-wear comfort in balm and mask formats, finding menthyl lactate extended pleasant cooling times without bitterness or drying. Massage product formulators, gym apparel companies, and even technical textiles experiment with microencapsulation or surface coatings that harness slow-release menthyl lactate.
Daily life on the factory floor brings a different perspective than a laboratory. Scale-up challenges shape our choices at every level. Each reactor run has to match the next, or production schedules stumble. By tuning reaction times and temperatures, we reduce side reactions and off-odors, offering better, repeatable sensory outcomes. We use real feedback from filling lines or finished product QA to adjust process controls—not theoretical specs, but actual results with plant managers watching. Customers see this in the predictable size and morphology of crystals, ease of reconstitution into blending tanks, and minimal waste. Consistency means predictable performance, which reduces risk for the brands that trust us to deliver ingredients ready for the real world.
Every year, we watch research presentations comparing cooling agents across multiple properties. Menthol often wins on peak intensity, but menthyl lactate outpaces it on comfort and staying power. Synthetic alternatives, with names hard to pronounce, sometimes match menthol’s kick but bring unfamiliar safety profiles or regulatory baggage. Menthyl lactate offers a “best of both worlds” outcome: made from familiar building blocks, delivering comfort, long wear, and a pleasant minty scent that never veers sharp or medicinal.
Manufacturers sit at the front line of compliance risks. Every kilogram shipped must stand up to increasingly strict cosmetic regulations—whether in the US, EU, or Asia-Pacific. Menthyl lactate’s pedigree gives it an edge, since both starting materials hold long records of safe use in food and body care. Our process includes full traceability for every ingredient, and we hold current compliance certificates that keep supply chain managers sleeping better at night. Batch records back up our purity claims, and advanced analytics verify the absence of allergens, heavy metals, and nitrosamines. Inspection teams conduct spot checks that mirror customer audits. Meeting or exceeding industry association lists, and publishing thorough documentation from the supplier level prevents snags at the final product approval stage.
Our experience meeting modern sustainability targets led us to explore renewable sources for menthol and lactic acid. Today, most menthyl lactate comes from predominantly plant-based starting materials. Fermentation and green chemistry route refinements slice energy and water use, reducing our environmental footprint. Life cycle assessments now form part of our planning stages for each plant expansion. Industry partners increasingly ask about these sustainability details—not just for marketing claims, but for their own reporting obligations. We supply clean data to partners looking to cut Scope 3 emissions, lower logistics waste, and use biodegradable, low-impact ingredients. Our operators feel pride in working with safer, greener input streams, knowing that their work echoes down the value chain.
Running a large-scale menthyl lactate line rarely happens without challenges. Feedstock price swings, energy fluctuations, or logistics disruptions can pinch availability. We learned early to create buffer stocks of lactic acid and menthol, and to maintain close supplier relationships to ride out occasional disruptions. Quality slips can ripple through months of orders, so investments in automated monitoring and continuous training for lab staff earned fast payback. Process improvement teams review each deviation or return, finding root causes and updating protocols. We also reach out to formulation experts and brand laboratories to understand new trends—whether for cleaner labels, vegan claims, or new sensory experiences—that could nudge us to tweak our approach. The commitment remains to manufacture a menthyl lactate that performs at scale, with minimal surprises for both us and our customers.
What makes a chemical manufacturer different from distributors or marketers? It comes down to firsthand experience dealing with scale, variability, and regulatory uncertainty every day. Our teams see what works and what fails on cooling agents, across real-world shifts and real deadlines. Menthyl lactate’s appeal feels strongest on a production line that prizes cleanliness, reproducibility, and non-irritating performance. Fielding urgent calls from customers with process or application challenges, we’re reminded repeatedly that textbook knowledge means less than solving actual problems inside the factory gates.
Direct experience taught us that cooling isn’t a one-note experience. Menthyl lactate evolved into a favorite because it delivers a welcoming cool touch, never icy or sharp, but refreshing in a way that makes products memorable. We’ve watched it handle complex blends, survive hot-fill operations, and travel across continents with reliability. Every year, the trust our customers place in our output drives us to keep raising standards—whether through greener processes, tighter lot tracking, or more reliable logistics.
Formulation trends evolve fast, and manufacturing has to keep pace to offer innovation that fits real consumer needs. We continue to develop new models of menthyl lactate with extra-low odor profiles and improved dispersibility, responding to feedback from leading product developers. Our technical service groups scrutinize every possible use case—from lightweight serums to rugged powder washes—seeking ways to fine-tune cooling profiles and blend stability. As regulatory and consumer trends spotlight safety and sustainability, we adapt with more transparent sourcing, enhanced analytics, and updated compliance documentation. Each step ensures our menthyl lactate earns a place in the best new products entering the market.
Manufacturing menthyl lactate means more than turning raw materials into product. It involves shaping thousands of daily decisions about purity, performance, and practical use. We know this cooling ester inside and out, not just as a chemical composition, but as a hard-won solution for the real challenges faced by formulators and brands. By keeping our processes open to feedback and grounded in practice, we make ingredients that not only solve technical problems, but create new experiences for end users. Menthyl lactate earned its place in our line-up because it performs—day after day, batch after batch, across countless applications—supporting brands that want to deliver more than just a fleeting sensation.