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HS Code |
716282 |
| Chemical Name | Benzyl Benzoate |
| Cas Number | 120-51-4 |
| Molecular Formula | C14H12O2 |
| Molecular Weight | 212.25 g/mol |
| Appearance | Colorless, oily liquid |
| Odor | Faint aromatic odor |
| Melting Point | 18 °C |
| Boiling Point | 323 °C |
| Solubility In Water | Insoluble |
| Density | 1.118 g/cm³ |
| Refractive Index | 1.568 |
| Flash Point | 148 °C |
| Vapor Pressure | 0.001 mmHg at 25 °C |
| Pubchem Cid | 2337 |
| Synonyms | Benzoic acid phenylmethyl ester |
As an accredited Benzyl Benzoate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Benzyl Benzoate, 500 mL, is packaged in an amber glass bottle with a secure screw cap and hazard labeling. |
| Shipping | **Benzyl Benzoate** is shipped as a liquid, typically in tightly sealed containers such as drums or bottles to prevent leakage. It should be kept away from strong oxidizing agents, heat, and direct sunlight. Proper labeling, documentation, and compliance with transport regulations (such as DOT or IMDG) are essential for safe handling. |
| Storage | Benzyl Benzoate should be stored in a tightly closed container, in a cool, dry, and well-ventilated area away from sources of ignition and incompatible substances such as strong oxidizing agents. Protect it from light and keep it away from heat. Ensure proper labeling and store it in a designated chemical storage area according to relevant regulations. |
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Purity 99%: Benzyl Benzoate with 99% purity is used in pharmaceutical formulations, where it ensures consistent solubility and therapeutic efficacy. Viscosity 6 mPa·s: Benzyl Benzoate of viscosity 6 mPa·s is used as a plasticizer in PVC processing, where it delivers enhanced flexibility and processability. Molecular weight 212.24 g/mol: Benzyl Benzoate with a molecular weight of 212.24 g/mol is used in topical lotions, where it provides efficient skin penetration and uniform bioavailability. Melting point 21°C: Benzyl Benzoate with a melting point of 21°C is applied in insect repellent products, where it offers stable liquid formulation at room temperature. Stability temperature 100°C: Benzyl Benzoate with a stability temperature up to 100°C is used in fragrance compounding, where it maintains odor integrity during high-temperature processing. Particle size <10 μm: Benzyl Benzoate with particle size below 10 μm is used in veterinary suspensions, where it ensures even dispersion and effective delivery. Refractive index 1.568: Benzyl Benzoate with a refractive index of 1.568 is used in optical immersion oils, where it enables improved microscopic imaging clarity. Acidity ≤0.2%: Benzyl Benzoate with acidity not exceeding 0.2% is used in cosmetic emulsions, where it prevents product degradation and maintains hypoallergenic properties. |
Competitive Benzyl Benzoate prices that fit your budget—flexible terms and customized quotes for every order.
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Benzyl Benzoate sits on the shelves of chemical stores and pharmacy cabinets, known to many as a trusted ingredient for years. But for those outside its regular circles—pharmaceutical, textile, or agriculture—the name might pass by without much thought. So what makes Benzyl Benzoate a stand-out choice, and how does its role differ from other chemicals trading in similar markets? Here, practical experience and background facts come together to unpack why this compound remains a staple.
Benzyl Benzoate, with a chemical formula of C14H12O2, has a clear liquid form. Some compare its look to cooking oil, with a mild, almost unnoticeable scent. Its melting point sits around 21 or 22°C, and it boils just above 320°C. The density sits close to 1.12 g/cm³. These numbers might sound dry, but anyone who mixes, measures, and handles this compound daily understands: every decimal matters. A small shift, and the product fails to meet expectations, which affects far more than a final checklist—it impacts livelihoods and health.
Benzyl Benzoate appears in ointments and lotions across the globe. Doctors and pharmacists have long relied on it to tackle scabies and lice, particularly for stubborn infestations that don’t respond to other treatments. The compound interferes with the organisms’ nervous system, killing lice and mites on contact. With skin-safe concentrations, it swings into action quickly. Anyone who’s watched a loved one struggle with relentless itching knows the relief a well-absorbed topical can offer.
Sometimes, people get wary—understandable, given stories about harsh chemicals in long ingredient lists. Yet Benzyl Benzoate’s safety profile, when used correctly, wins out. Numerous clinical studies support its use, and regulatory bodies keep tabs on maximum allowable concentrations. People trust it for children and adults alike when supervised for proper application. The conversation shifts from “What is this?” to “Give me the bottle; it actually works.” In low- and middle-income countries where medical options aren’t endless, affordable and accessible treatments change outcomes fast. Here, price and reliability outweigh theoretical arguments.
Walk into a textile factory, and you’ll likely spot Benzyl Benzoate quietly performing rugged work as a solvent for dyes. Fabric workers mixing vats of vibrant colors depend on it for even dye penetration. The colors come out brighter, and the cloth more appealing. Textile traders pay attention to the shade of fabrics; uneven dye soaks raise red flags at market stalls, so any tool that keeps colors consistent earns a permanent place in production lines.
Step into a perfume house, and the role shifts. Fragrance experts know Benzyl Benzoate as a fixative. In that world, “fixative” isn’t just a technical label but a way to hold scents together, stopping top notes from flying away and helping bases bloom through the day. Anyone who enjoys a fragrance with depth and staying power—think sandalwood or citrus blended into something soft—benefits from the behind-the-scenes work of this single ingredient. Aromatherapists and luxury perfumers trust it to keep their blends stable and safe for skin.
Some companies also lean on Benzyl Benzoate to tackle pests in agriculture. As an acaricide, it controls mites harming crops—particularly in regions where synthetic alternatives bring tough side effects for both workers and produce. The agricultural sector doesn’t swap solutions lightly: farmers know the long-term cost of poor crop protection. What’s grown, sold, and eventually eaten directly links back to these everyday chemical choices.
Chemicals in the same lanes as Benzyl Benzoate often trade on strengths and weaknesses. For treating scabies and lice, items like permethrin grab headlines for their rapid impact, but rising resistance and potential allergy risks worry both doctors and families. Some other options also carry harsh odors or skin irritation risks, especially with repeated use. In contrast, Benzyl Benzoate doesn’t compete for pungency, and people who care about application comfort often stick with it.
In textiles, alternatives like toluene or xylene play similar solvent roles but come with toxicological baggage. Exposure guidelines are much tighter, and many textile mills hungry for safety compliance choose the lower toxicity path Benzyl Benzoate offers. Environmental standards in Europe and parts of Asia reward cleaner production lines—every switch to safer alternatives cuts down potential fines and health complaints among workers.
Perfumers and fragrance brands often weigh the benefits of classic fixatives like musks or heavier oils. Some natural fixatives, while appealing on the surface, bring batch-inconsistency and higher costs. Benzyl Benzoate threads into blends smoothly and predictably, without upending the scent profile or causing allergic reactions at recommended dosages. It lets mid-tier and luxury brands alike craft affordable yet complex offerings.
In agriculture, farmers weigh both efficacy and costs. Synthetic pesticides sometimes wipe out not just pests but also pollinators or other beneficial insects. Benzyl Benzoate offers targeted protection with lower risk for unintended side effects, making it appealing for growers who care about sustainability and certifications.
People sometimes forget that behind every product are hands mixing, measuring, and applying. While the chemical’s safety record holds up when used as intended, mishandling can still bring trouble—including irritation or mild toxicity if swallowed or inhaled in sizable amounts. Outfitting labs and production floors with proper safety gear isn't academic; it's non-negotiable. Gloves and goggles, a ventilated workspace—these aren't where corners should get cut. Lab techs and factory workers learn to check expiry dates and inspect for contaminants, since any shortcut risks the whole process.
Storage matters. Even in a stable compound, sunlight and high temperatures can ruin a barrel faster than expected. Experienced handlers stash Benzyl Benzoate in cool, dark places, far from open flames. The investment in good storage delivers years of trouble-free supply, not expensive write-offs.
Any regular buyer knows: purity means everything. Small designations—like technical grade versus pharmaceutical grade—change how Benzyl Benzoate performs. Pharmaceutical-grade batches face rigorous analysis, given their end use on skin and in open wounds. Industry models may focus more on solvent performance or aroma stability.
Reputable suppliers share transparency in sourcing and purity standards, with certificates that go beyond desk stacking. Buyers work closely with labs for ongoing spot checks; nobody wants to gamble with unknown contaminants. In my own work, tracing a supply chain back to the source often reveals which products deliver reliable results and which ones introduce headaches. If a batch fails purity checks, costs explode—reworking and disposal erase hard-fought gains. That lesson sticks with buyers: pay for consistency the first time, sidestep expensive cleanup later.
Anyone working across borders recognizes the patchwork of regulations. Europe, the U.S., and Asia each set distinct rules on chemical purity and labeling. The European Pharmacopoeia lists tight controls for allowable impurities, while the FDA and EPA shape what formulations land on American shelves. For fragrance and cosmetic houses, the International Fragrance Association lays out guidelines. Overlooking even one of these rules can derail full shipments, rack up fines, or worse, prompt recalls. It pays to keep a close eye on evolving mandates, particularly as standards shift toward greener, safer chemicals.
Environmental regulations ramp up yearly. The modern market favors companies lowering volatile organic compound emissions, reducing persistent organic pollutants, and showing a clear chain of custody for all raw materials. Benzyl Benzoate consistently offers a safer profile than many of its alternatives, especially in solvent and fragrance use. For companies selling internationally, keeping documentation precise and up-to-date matters as much as the product itself.
Like any widely used ingredient, Benzyl Benzoate faces pressures from rising demand and unpredictable supply. Macro events—shortages of feedstock, shipping disruptions, global inflation—push costs up. When price becomes the only focus, subpar products quietly flood the market. Experienced buyers learn to spot suspiciously cheap offers, knowing the hidden costs that lurk in contaminated or off-spec material.
Every industry veteran shares tales of bargain buys that soured entire batches or left customers angry. Investment in steady, vetted supply chains pays off even in lean times. Brands offering transparent sourcing win loyalty, far outpacing those that gamble on short-term savings. In the perfume world, a single contaminated drum can cost years of trust. Honest sourcing and third-party testing go hand in hand.
Benzyl Benzoate occupies an interesting place in product development because it has a foothold in both traditional medicine and high-tech industries. This cross-sector status brings opportunities to innovate. As consumers push for safer, natural-seeming cosmetics, companies face pressure to phase out anything considered outdated or harsh. Benzyl Benzoate’s role as a bridge—clinically supported, yet less threatening than heavy-duty synthetics—helps brands reinforce trust.
In agriculture, supporting more precise applications and training farmworkers in safe handling helps keep accidental exposures low. Partnerships between suppliers, local governments, and NGOs can deliver meaningful impact here, especially in countries with little infrastructure for chemical safety. Just as crucial: ongoing monitoring of environmental impacts to ensure runoff and drift don’t create unintended hazards down the line.
Consumers across all sectors now demand clarity. Outreach and education build bridges, whether in a pharmacy's back room or behind the gloss of a beauty brand’s promotional campaign. People care about what’s inside the bottle and how it got there. The lesson for anyone dealing with Benzyl Benzoate? Transparency pays off. Detailed batch testing and accessible safety data sheets help prevent misunderstandings and support smart buying decisions.
New digital tools, from lot tracking to blockchain documentation, promise to pull more light into supply chains often obscured by distance. Clearer records cut back on counterfeit risks, which protects everyone, from factory floor to end user. Industry certifiers and consumer watchdogs push companies to keep up with both written commitments and measurable results.
Research into improved formulations and less resource-intensive production methods continues. Green chemistry steers companies toward raw materials and manufacturing designs that limit waste and reduce hazardous byproducts. It’s encouraging to see collaborations between traditional suppliers and startups pioneering plant-based extraction methods, aiming to lessen environmental impacts without giving up performance. In fragrance and cosmetics, brands that invest early in sustainable innovation stand out for both regulatory compliance and consumer loyalty.
In medicine, the push continues for topical and oral delivery systems that balance fast action with even gentler profiles, minimizing any risk of skin irritation or resistance buildup. Pharmaceutical researchers share ongoing updates through medical journals and conferences, ensuring that proven, affordable treatments remain on frontline shelves. In agriculture, continued field research tracks resistance patterns and unintended impacts, aligning product use with best practice and regional needs.
Benzyl Benzoate, for all its strengths, doesn’t solve every problem. Allergic reactions, though rare, can throw off treatment, and some users report mild burning or irritation if they apply too much or use overly concentrated formulas. Just like with any topical or solvent, proper use and education make the difference. Regulatory agencies and manufacturers bear responsibility for clear instructions and authentic ingredients—no shortcuts translate to better outcomes for everyone.
The wider chemical industry still wrestles with environmental stewardship. Even the safest solvents or fixatives need thoughtful disposal and ongoing monitoring—no ingredient exists in a vacuum. The most responsible users close the loop with recycling, routine inspection, and clear reporting—balancing commercial gains with public health and natural resource protection.
My own years working with both small manufacturers and international brands taught me to look beyond labels. Benzyl Benzoate keeps earning a place in tools and treatments not out of tradition alone, but because it meets real-world needs without demanding tradeoffs that hurt safety or effectiveness. The more users and companies invest in ongoing education, monitoring, and open dialogue, the more this ingredient can deliver on its promise—in medicine, on the production line, and in everyday life.
New research, stronger regulation, and steady collaboration between users and producers build a foundation most other compounds struggle to match. As the challenges of changing health needs, consumer preferences, and environmental responsibilities grow, ongoing commitment and courage to self-correct make all the difference.
Benzyl Benzoate finds purpose without fanfare—reliable, adaptable, and tested by generations. The chemical may not grab headlines, but its impact sits quietly in the effectiveness of a skin treatment, the depth of a perfume’s scent, or the even color of dyed thread. For anyone who values results grounded in experience and ongoing trust, it remains a solid choice.