For R&D scientists and product formulators in the fragrance and flavor industry, a thorough understanding of ingredient properties is crucial for successful product development. Dihydromyrcenol, a widely used aroma chemical, offers a unique set of characteristics that make it highly valuable. This article explores its key properties and the benefits it brings to formulations.

Dihydromyrcenol, identified by its CAS number 18479-58-8, is chemically characterized as a colorless liquid with the molecular formula C10H20O. Its typical assay is 99% or higher, signifying a high level of purity essential for consistent olfactory output. The physical properties, such as a refractive index of around 1.4390~1.4430 at 20°C and a specific gravity of approximately 0.8300-0.8360 at 25°C, provide formulators with critical data for accurate measurement and incorporation into their mixtures.

The true value of Dihydromyrcenol lies in its organoleptic properties. It is renowned for its powerful, fresh, lime-like scent, enhanced by floral, clean, and subtly sweet nuances. This complex aroma profile offers excellent diffusion and substantivity, meaning the fragrance is not only noticeable but also lasts for a considerable time. For formulators looking to purchase Dihydromyrcenol, these qualities translate directly into more impactful and enduring scents for their end products.

Furthermore, Dihydromyrcenol exhibits good stability across a range of conditions. It is stable in antiperspirants, detergents (both liquid and powder), and soaps, making it a reliable ingredient for high-volume consumer goods. While it has fair stability in hypochlorite bleach, its overall robustness in common product matrices is a significant advantage for manufacturers aiming for consistent quality and performance.

Sourcing Dihydromyrcenol from reputable manufacturers, particularly those in China known for their chemical synthesis expertise, can provide cost-effective access to this premium ingredient. Understanding the typical packaging (e.g., 200kg drums) and storage requirements (cool, dry, protected from light) ensures the ingredient maintains its quality until it's used. By leveraging the properties and benefits of Dihydromyrcenol, R&D professionals can confidently create innovative and appealing fragrances that meet market demands.