Industrial Roles of Natura Benzylalcohol in Polymer and Coatings Production, identified by its unique CAS number, is a compound known for its versatility and reliability across numerous manufacturing workflows. With its precise molecular formula and corresponding molecular weight, benzyl alcohol stands as a key chemical entity in the polymer and coatings industries. The IUPAC nomenclature and distinctive InChIKey ensure accurate identification for technical and regulatory purposes, supporting its application as a reagent and intermediate in specialized syntheses.
Benzyl alcohol’s physical and chemical attributes are foundational to its favored status in industry. Its well-established boiling and melting points, together with characteristic density and vapor pressure, allow formulators to optimize reaction conditions and handling practices. These properties make it particularly advantageous as a solvent, plasticizer, and processing aid during the production and modification of advanced polymers, resins, and specialized coating systems.
When used in manufacturing, Natura Benzylalcohol benefits from a transparent regulatory profile that underscores its safety and compliance. Registration under REACH is anchored by explicit article numbers and tonnage bands, while inclusion on the TSCA inventory delineates its accepted use status in the United States, referencing the official section for clarity. Industry professionals can reference the precise ICH guideline code and revision for any applicable exposure limits or impurity thresholds. The compound’s GHS hazard statement includes all relevant hazard phrases and signal words, confirming its safe handling and labeling requirements. Pharmacopeia citations with full chapter references are available for pharmaceutical and technical grades, and occupational exposure limits such as OSHA PEL or NIOSH REL are reported where applicable.
Natura Benzylalcohol is widely recognized for its critical contribution to the synthesis and processing of polymers, resins, and coatings. Beyond its role as a solvent and viscosity modifier, it facilitates the manufacture of specialty plastics and compliant coatings designed for regulated environments. While it is not itself a drug, it is often a strategic intermediate in the synthesis of pharmaceutical ingredients or excipients, supporting efficient manufacturing routes without making any claims of therapeutic benefit.
Industry-standard packaging solutions are available, including 25-kilogram and 200-kilogram drums as well as intermediate bulk containers (IBC) for large-scale operations. Guidance for safe storage draws upon GHS stability data, recommending cool, dry, and well-ventilated conditions away from sources of ignition. Shelf life practices are aligned with prevailing standards for aromatic alcohols, ensuring product integrity throughout the supply chain.
For further information and validation, data supporting this overview can be referenced in major chemical databases and regulatory sources, including the PubChem compound record, the NIST Chemistry WebBook, the official ECHA dossier, and the EPA TSCA chemical inventory.
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