|
HS Code |
624633 |
| Chemical Name | Methyl Salicylate |
| Molecular Formula | C8H8O3 |
| Molecular Weight | 152.15 g/mol |
| Appearance | Colorless to pale yellow liquid |
| Odor | Characteristic wintergreen odor |
| Boiling Point | 220°C |
| Melting Point | -8°C |
| Solubility In Water | Slightly soluble |
| Density | 1.174 g/cm³ |
| Refractive Index | 1.536 |
| Flash Point | 96°C |
| Cas Number | 119-36-8 |
| Synonyms | Oil of wintergreen |
| Uses | Topical analgesic, flavoring agent |
As an accredited Methyl Salicylate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Methyl Salicylate, 500 mL, supplied in an amber glass bottle with a screw cap, labeled with hazard and handling information. |
| Shipping | Methyl Salicylate should be shipped in tightly sealed, clearly labeled containers, protected from heat and incompatible substances. It is classified as a hazardous material (UN 1230, Class 3), requiring appropriate placarding and documentation. Transport must comply with local and international regulations, ensuring safe handling to prevent leaks, spills, or exposure. |
| Storage | Methyl Salicylate should be stored in a tightly closed container, in a cool, dry, well-ventilated area away from sources of heat, ignition, and incompatible substances such as strong oxidizing agents. Protect from physical damage and direct sunlight. Store away from food and drink, and ensure proper labeling. Use non-sparking tools and explosion-proof equipment if handling large quantities. |
|
Purity 99%: Methyl Salicylate Purity 99% is used in topical analgesic formulations, where it enhances transdermal absorption and provides effective pain relief. Viscosity grade 8 cP: Methyl Salicylate Viscosity grade 8 cP is used in pharmaceutical ointments, where it ensures uniform formulation and improved patient compliance. Stability temperature 50°C: Methyl Salicylate Stability temperature 50°C is used in industrial lubricants, where it maintains efficacy without degradation under elevated processing conditions. Melting point −9°C: Methyl Salicylate Melting point −9°C is used in flavoring agents for food production, where it remains stable and effective at low storage temperatures. Molecular weight 152.15 g/mol: Methyl Salicylate Molecular weight 152.15 g/mol is used in chemical synthesis, where it provides consistent reactivity and predictable yield in esterification reactions. Density 1.174 g/cm³: Methyl Salicylate Density 1.174 g/cm³ is used in perfumery applications, where it delivers optimal blending and long-lasting fragrance diffusion. Boiling point 222°C: Methyl Salicylate Boiling point 222°C is used in heat-transfer fluids, where it ensures thermal stability and efficient energy transfer. Low impurity content <0.1%: Methyl Salicylate Low impurity content <0.1% is used in high-purity laboratory reagents, where it minimizes contamination and enables accurate analytical results. Refractive index 1.536: Methyl Salicylate Refractive index 1.536 is used in optical formulations, where it contributes to precise light transmission and clarity. Auto-ignition temperature 555°C: Methyl Salicylate Auto-ignition temperature 555°C is used in fire-safe solvent systems, where it reduces risk of combustion during storage and processing. |
Competitive Methyl Salicylate prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
Flexible payment, competitive price, premium service - Inquire now!
Methyl salicylate, sometimes called oil of wintergreen, stands out in more ways than just its crisp aroma. Old-timers and weekend athletes will tell you the scent brings back memories of childhood remedies, balms, and the unmistakable tingle of topical pain relief. You might recognize the cool burn that follows a dab on sore muscles. For many, this isn’t just another chemical. It is a staple that started in grandma’s medicine chest and ended up in high-level labs. The model most users find on the market comes in its pure synthetic form, usually hovering near 99% purity. This consistency puts consumer minds at ease, especially when it comes to safety and expected performance.
From my own years spent coaching youth soccer, muscle aches were part of life. You get caught in a cold drizzle while refereeing a scrappy match, and you remember the relief that a small bottle of this stuff can bring. I’ve seen methyl salicylate gain a pretty loyal following, not just among coaches, but with massage therapists and trainers who swear by its deep-penetrating warmth.
What matters most to everyday users is how a substance performs when put to the test. A quick glance through medicine cabinet basics reveals methyl salicylate lurking in plenty of recognizable products—sports gels, patches, rubs, even some liniments favored by runners and senior citizens alike. Beyond the locker room and the athlete’s bag, it hooks into personal care in surprising ways. Toothpastes claiming a ‘fresh burst’ often owe their cooling kick to this compound. You’ll also find it in certain mouthwashes, making that first rinse bracing.
In industry, plant managers use it as a flavoring, though in tiny, carefully controlled amounts. In fragrance, it gives chewing gum and cough drops their zesty edge. People who work around flavors know methyl salicylate pops up where you’d least expect: mints, candies, cherry sodas, and even the fleeting scent in some floral perfumes.
On the technical side, methyl salicylate runs with a formula of C8H8O3. This might jar old chemistry memories, but for most, what matters is its familiar clear, colorless-to-pale liquid state and unmistakable wintergreen aroma. Those handling the product in manufacturing environments pay close attention to its boiling point, which sits around 222 degrees Celsius, and its low freezing mark. From a pragmatic angle, it blends smoothly with alcohol and many oils, making it flexible for different industries.
The safety aspect deserves respect. In concentrated form, methyl salicylate can irritate the skin, and ingesting significant amounts goes beyond uncomfortable—serious health risks come into play. This is why over-the-counter products containing it keep doses on the lower side and include warnings about overuse, especially for children and teens. I remember seeing warning labels grow bigger across the years, a sign of changing awareness and tighter regulations.
Stacking methyl salicylate against the alternatives, you start to see some clear differences. Camphor and menthol often compete for shelf space in the pain relief aisle, but each carries unique characteristics. Menthol gives a cooling rush, calming skin on contact and easing short-term irritation. Camphor delivers a woody, slightly medicinal scent, working as a counterirritant by confusing nerve endings to mask pain.
Methyl salicylate, on the other hand, feels warming and opens with that distinct wintergreen note. It penetrates deep enough to convince bones and joints that relief is more than surface-level. For anyone used to labor jobs, heavy lifting, or chasing after young kids, that extra layer of warmth can mean finishing the day less stiff than expected.
In food and beverage applications, the clear, sharp flavor stands apart from menthol’s pure coolness. Bakers and candy makers lean into it when creating mints and gums that duck the menthol “burn,” shooting instead for sweetness with a hint of spice. Its grip holds firm in North American confections, but its reach expands throughout the world, tucked carefully in tightly regulated concentrations. The specific character of methyl salicylate means the person consuming flavored gum or medicated rubs can instinctively tell the difference, comforted by reliability and predictability.
Digging into why methyl salicylate holds its ground, the conversation turns practical. People want results—fast. Whether that means calming a cranky muscle or easing the sting of sunburn, this compound gets straight to work. The majority of over-the-counter sports creams, from big brands to store generics, trust methyl salicylate not because it’s the only thing that works, but because it delivers reliably.
In the age of increasing scrutiny, safety reigns. Regulators in the United States and Europe have drawn clear lines, dictating how much can go into personal care and medical products. This careful control shows up on labels from stores and accredited online pharmacies. Parents, coaches, and athletes rely on these boundaries to make quick decisions without steep learning curves.
Trust builds year after year. Scientific studies have shown its power—not only as a topical analgesic but also its risks. Reports detail poisonings from accidental ingestion, especially where products mask methyl salicylate’s natural warning traits with heavy fragrance. Household cases, often in children under five, underscore the need for education and smart packaging. As a writer who’s spoken often with pediatricians and ER nurses, I can’t overstate the importance of clear communication and child-resistant caps.
Not everything about methyl salicylate’s story shines. The push and pull between accessibility and safety runs deep. Convenience brings risk, especially as products grow more attractive, with bright packaging and appealing scents. The same qualities that make it pleasant to use can catch the wrong eyes, as many parents have learned the hard way.
I’ve followed news stories about kids sent to the hospital, and I can remember neighborhood campaigns encouraging parents to lock up anything that might appeal to curious hands. Doctors and poison control centers see spikes in calls around holidays and athletic events, as folks reach for pain relief and lose track of how much they—or their kids—are using. Regulatory bodies can update warning labels and cap concentrations, but at home, it comes down to daily habits and vigilance.
A promising shift comes from the companies embracing education. Some brands include simple illustrations showing safe use. Pharmacists now step out from behind the counter to chat about proper dosing when they ring up medicated balms. This kind of direct, personal guidance picks up where legislation leaves off. The intersection of community health and smart design can turn a traditionally risky item into a safer staple.
With the internet flooded with knock-off products, knowing where methyl salicylate comes from becomes a core concern. I’ve heard from massage therapists who stick with reputable suppliers to avoid adulterated batches, which may have impurities that threaten safety. Analytical purity and traceability matter more now than ever. Third-party testing, certifications, and government oversight keep the product trustworthy.
Small manufacturers who go beyond minimum purity standards and submit their methyl salicylate to routine analysis often win out in the long run. Word-of-mouth travels fast in athletic and wellness circles. It only takes one bad batch for an entire supply chain to tumble in credibility. People in the know swap stories about products that “smelled off,” were slow to work, or caused unexpected skin reactions. These tales push the market naturally toward higher transparency.
Tools like QR codes on packaging now offer buyers a straight path to batch information and independent lab results. As a consumer, scanning this code lets you track the journey from production to shelf. The more the market pushes for candor, the safer and more reliable methyl salicylate becomes.
Not every use requires the same strength or delivery method. Athletes facing chronic soreness may need stronger balms, while parents dealing with minor sprains and strains benefit from gentler concentrations. Some products fold methyl salicylate into patches or roll-ons, making targeted application possible without mess or risk of overuse.
The growth of custom blending has brought creative options to market. Physical therapists work with compounding pharmacists to tailor mixtures that fit patient needs. I’ve visited clinics where methyl salicylate is mixed at specific concentrations, combined with menthol or capsaicin, creating remedies that meet exact requirements. These professionals keep detailed logs and follow evidence-based guidelines to build trust with each patient.
Walking down a pharmacy aisle or browsing online, buyers face a dizzying range of pain-relief choices. So what sets methyl salicylate apart for the typical person? The answer begins with its unique balance of performance, familiarity, and regulation. As someone who has relied on both branded and unbranded products for post-hike aches, I can say the wintergreen scent alone works as a kind of placebo, signaling comfort even before the active ingredients take hold.
Cost remains another selling point. Many of the most effective balms containing methyl salicylate avoid the high price tags of prescription treatments. Budget-conscious families, workers without comprehensive health insurance, and retirees coping with arthritis all turn to this ingredient. Its straightforward performance and affordability stitch together a dependable safety net.
Behind every bottle sits a story few consumers ask about—the way supply chains and environmental responsibility shape methyl salicylate’s reputation. In the early days, oil of wintergreen came straight from steam-distilled plants, mostly Gaultheria procumbens or Betula lenta. Today, nearly all commercial methyl salicylate comes from synthetic processes.
Moving from plant to lab improves scalability and can lighten the environmental burden, but only if chemical production follows strict waste management and emission controls. A handful of companies have taken the leap, publishing annual reports detailing efforts to minimize water and air pollution. Customers with an eye for sustainability notice these choices, voting with their wallets. The debate over synthetic versus plant-derived methyl salicylate brings up interesting points about purity, cost, and ecological impact.
For those preferring plant-based remedies, sourcing transparency becomes a sticking point. Wild harvesting risks depleting native wintergreen and birch populations, so ethical growers have started cultivating these plants under controlled, replenished conditions. These partnerships between local farmers and global buyers protect biodiversity and keep rural economies afloat.
Interest in topical analgesics and flavoring agents continues to climb, especially as populations age and seek non-prescription solutions for aches and pains. Methyl salicylate sits at the center of this trend thanks to its unique sensory qualities. At the same time, new studies keep uncovering both opportunities and limitations.
The medical community keeps a close watch on long-term effects and risk of overuse. Recent investigations look into links between high, chronic topical use and systemic effects, such as salicylate toxicity, which can strain kidneys or provoke unexpected metabolic shifts. As technology improves, so does the ability to monitor minute details—everything from optimal dosing strategies to biodegradable packaging.
On the brighter side, advances in delivery systems show promise. Nanocarriers, time-release formulations, and non-greasy gels respond directly to consumer complaints about stained clothes or lingering stickiness. Some of the biggest leaps have come from listening to users and adapting accordingly. If the past points to anything, it’s that methyl salicylate’s role will keep evolving as new needs emerge.
Sitting with a high school football coach in the locker room, you get a front-row view of methyl salicylate’s routine. His kit never lacks a tube or patch, and his players know the drill. Soreness signals game time. The warming scent hits the air just before practice, mixing with memories of tough losses and close wins. His trust in the product isn’t just about results—it’s built over years, from tips shared by older coaches to conversations with trainers who keep a sharp eye out for allergic reactions or overuse.
Go a few miles down the road to a family dental practice, and the connection changes. The hygienist pulls out a bottle of flavored paste for cleaning, adding that “kids don’t fight the taste” any more than the adults do. Getting fluoride and tartar control into young mouths, minus the gag-inducing bitterness of some alternatives, matters as much as any marketing claim.
In community pharmacies, I’ve watched elderly couples compare rubs, talking about which ones absorb fastest or linger longest. Their choices come down to more than advertising; they want something familiar, with a clear scent and sturdy cap. Sometimes they ask for advice on combinations—“Will this work with my arthritis meds?” Safe, informed recommendations make all the difference, turning a confusing market into something manageable.
Peer-reviewed studies build faith in a product by providing clear facts about benefits and risks. Research on methyl salicylate spans decades, tracking its effectiveness for localized pain, impact on inflammation, and potential for systemic absorption through the skin. Studies have flagged increased risk in small children, especially when multiple products combine. Public health messages focus on storage, dose, and what to do if accidental ingestion occurs.
Researchers also focus on the effectiveness of methyl salicylate in various concentrations and delivery forms. Recent papers explore slow-release matrices and the growing popularity of micro-emulsion techniques. These advances could allow for more consistent results and fewer skin reactions, helping widen methyl salicylate’s future applications.
The future promises more data-driven advice. Big data from pain management studies and wearable devices can help tailor optimal use, especially for people managing chronic pain or rehabilitating injuries at home.
Building awareness about the safe use of methyl salicylate works best as a shared campaign. Doctors, manufacturers, and community leaders each have a role to play. School visits and local workshops have proven successful, teaching younger kids and caregivers what medicinal and toxic dosages look like, underscoring the need to read labels and store products out of reach.
Pharmacists run clinic days in local supermarkets, helping seniors and workers navigate choices, flagging unsafe pairings and excessive reapplication. Public service announcements on local radio pick up where in-store counseling ends, using stories and practical tips, not jargon, to build healthy habits.
Government agencies continue to push for innovation in packaging, supporting research into tamper-evident designs and single-use sachets that cut down accidental overdoses. Where laws change slowly, community-based organizations step in with resources to fill the gaps.
Methyl salicylate stands as a trusted ingredient for millions, bridging the gap between tradition and science. Its unmistakable scent carries reminders of cold liniments and vigorous massages, but its value runs deeper—a reflection of careful regulation, evolving technology, and direct feedback from users. Whether easing an athlete’s pain or spicing up a stick of gum, it underlines a simple truth: the most effective tools blend familiarity, transparency, and honest results.