Dihydroterpineol, identified by the CAS number 498-81-7, is a chemical compound that exemplifies the intricate world of 'terpenoid chemistry'. As a derivative of terpineol, a naturally occurring monoterpene alcohol, Dihydroterpineol possesses a characteristic scent profile that is highly prized in the fragrance and flavor industries. Its aroma is often described as a pleasant blend of pine, woody, and citrus notes, making it a versatile ingredient for creating complex scent compositions.

The transformation of terpineol into Dihydroterpineol typically involves a hydrogenation process. This chemical modification not only refines the scent but also enhances the stability of the compound, which is crucial for its application in a wide range of products. This process is a fundamental aspect of 'aroma chemical synthesis', ensuring a reliable supply of consistent quality ingredients for manufacturers. As a 'pine scented fragrance ingredient', Dihydroterpineol adds a refreshing and natural olfactory dimension that is popular across various consumer goods.

The importance of Dihydroterpineol as a raw material for manufacturers is amplified by its broad applicability. It is extensively used in the formulation of perfumes, cosmetics, soaps, detergents, and air fresheners, contributing to the overall sensory experience of these products. The consistent quality, often verified against standards like USP, BP, and FCC, is a key factor for 'aroma chemical suppliers' to ensure customer satisfaction. The reliable availability of this 'woody fragrance' component is vital for maintaining production schedules and product integrity.

Beyond its primary function in fragrances, Dihydroterpineol also finds application in specialized industrial materials, such as in the creation of thick film pastes and MLCCs. This dual utility underscores the compound's chemical versatility. For manufacturers looking to incorporate Dihydroterpineol into their product lines, partnering with experienced 'cosmetic ingredient suppliers' or industrial chemical providers ensures they receive a product that meets both their sensory and technical requirements, thereby supporting innovation and product development.