Benzyl Salicylate Dispersion Methods in Fragrance Manufacturing Processes is well known in the perfumery and flavor industries for its crucial role in scent formulation and product stability. Identified by its CAS number, Benzyl Salicylate is often referenced across pharmaceutical and industrial chemical standards for its unique molecular characteristics, such as its specific formula and molecular weight, which have made it a foundational ingredient in both fragrance design and related specialty chemical processes. The IUPAC name and InChIKey ensure unambiguous identification in all regulatory and supply documentation, facilitating reliable sourcing and quality assurance throughout the supply chain. Functioning primarily as a fragrance ingredient and excipient, this compound also serves as a key intermediate in certain fine chemical syntheses.
The physical profile of Benzyl Salicylate is integral to its successful integration into fragrance matrices. Physical and chemical specifications—including density, melting and boiling points, and flash point—inform both storage requirements and manufacturing process parameters, allowing formulators to predict and fine-tune dispersion behavior. Because not all physical attributes are always available, industry professionals rely on the most critical data, such as phase transition points and volatility, to guide process optimization for scalable fragrance compounding.
Regulatory and compliance status for Benzyl Salicylate requires careful attention to both international and region-specific guidelines. REACH registration, including the pertinent article numbers and tonnage band, provides essential insight regarding supply chain compliance across the European Economic Area. The TSCA inventory status—with explicit section references—ensures U.S. manufacturers meet all requirements for import, processing, and usage according to federal law. ICH guidance, cited by full code and revision, details pharmaceutical limits and impurity thresholds where applicable, while the GHS hazard classification supplies comprehensive H-phrases and the globally mandated signal word for safety communications. References to official pharmacopeial chapters, such as those in the USP or Ph. Eur., further guarantee that fragrance manufacturers and pharmaceutical partners align with industry standards. Occupational safety information from OSHA PEL and NIOSH REL rounds out the regulatory landscape, supporting robust hazard management policies in workplace environments.
When it comes to application scope, Benzyl Salicylate is best recognized for its dual role in fragrance formulation as a fixative and as a solvent for more volatile aromatic components. Because it is classified as an excipient and not as an active pharmaceutical ingredient, its use is generally limited to non-therapeutic functions in drug formulations, such as enhancing palatability or masking undesirable odors and tastes. In industrial synthesis, it may participate in the construction of more complex aroma chemicals, but is not typically incorporated into primary therapeutic drug scaffolds. The PubChem use index provides further insight into its utilization within the fragrance, cosmetics, and specialty chemical sectors.
Packaging and storage recommendations for Benzyl Salicylate follow industry norms to preserve quality throughout transportation and warehousing. Commercial offerings are frequently available in high-density polyethylene drums of 25 or 200 kilograms, or in intermediate bulk containers (IBCs) for larger volume operations. Storage should be guided by the compound’s physical stability and the precautionary measures indicated by its GHS classification. A cool, dry, well-ventilated environment, away from direct heat and sources of ignition, is standard. Typical shelf life guidance for chemicals of this class, when stored under suitable conditions and in unopened packaging, ranges from twenty-four to thirty-six months.
The information presented here is sourced from regularly maintained and authoritative data repositories, including PubChem, NIST Chemistry WebBook, the European Chemicals Agency, and the US EPA TSCA Inventory. For more comprehensive and technical details, consult the original source entries at the following URLs: https://pubchem.ncbi.nlm.nih.gov/compound/, https://webbook.nist.gov/cgi/cbook.cgi?Name=, the ECHA database, and https://www.epa.gov/tsca-inventory.
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