Isoamyl Propionate, recognized for its distinct role in the manufacturing of synthetic flavors and fragrances, is an important compound identifiable by its unique CAS number. The molecular construction of this chemical is defined by its molecular formula and weight, providing a clear understanding of its chemical identity. The use of the IUPAC name and InChIKey establishes precise and reliable traceability, crucial for regulatory and supply chain applications. Typically, Isoamyl Propionate is classified as an intermediate or reagent, reflecting its versatility in the synthesis of flavor and fragrance ingredients, as well as in broader chemical processes.
Physically and chemically, Isoamyl Propionate exhibits properties that ensure its effective use in industrial settings. Its characteristic boiling point, melting point, density, flash point, and vapor pressure define its performance parameters in various formulations. For instance, knowledge of its boiling point and flash point assists process chemists in designing safe and efficient manufacturing protocols, while understanding its density and vapor pressure is essential for proper handling and storage.
Regarding compliance and regulatory frameworks, Isoamyl Propionate’s status under REACH is noteworthy, detailing its registration, the specific article number, and the tonnage band under which it is authorized for distribution and use in the European market. On the United States side, this compound’s TSCA (Toxic Substances Control Act) inventory standing is documented with the appropriate section reference, ensuring its lawful import and utilization. Further, any applicable ICH guidelines are stated with their full code and revision, including precise limits where relevant, thus guiding pharmaceutical manufacturers on permissible thresholds. The GHS (Globally Harmonized System) hazard classifications provide all coding, hazard statements, and the required signal word, ensuring transparent hazard communication across jurisdictions. When referenced in pharmacopoeial texts, the relevant chapters are cited, and occupational exposure limits by OSHA and NIOSH, where available, further clarify safe workplace practices.
Industrially, the applications of Isoamyl Propionate span a wide range of fields, most notably in the synthesis of synthetic flavors and fragrances. As an intermediate, it is employed in flavor chemistry to create esters with fruity notes, widely used in formulations of consumables and perfumery. Its presence in certain drug synthesis processes—when documented—often enhances the efficiency or attributes of specific pharmaceuticals, albeit without imparting any therapeutic effect itself. Utilization pathways are determined by its reactivity and desirable physical properties, making it a versatile choice in multiple synthetic routes.
Packaging and storage of Isoamyl Propionate typically follow industry conventions, with standard options including 25-kilogram drums, 200-kilogram drums, or intermediate bulk containers (IBCs) for larger-scale end users. Recommended storage conditions focus on maintaining a stable, tightly sealed environment away from excessive heat sources or open flames, informed by its GHS stability profile. Shelf life guidance generally follows the industry standard for esters and similar reagents, ensuring product integrity over the specified storage period when maintained under optimal conditions.
References and detailed data supporting the above information were consulted from PubChem using the unique compound identifier, the NIST Chemistry WebBook entry for the product’s CAS number, the European Chemicals Agency registration portal, and the United States EPA TSCA inventory database.
Related Articles
