For chemists and product developers in the flavor and fragrance sector, a deep understanding of chemical intermediates is vital. Methyl Eugenol, scientifically known as 1,2-Dimethoxy-4-(2-propenyl)benzene and identified by CAS 93-15-2, is a prominent organic intermediate that plays a critical role in scent creation. This compound, typically appearing as a colorless to pale yellow liquid, offers unique aromatic characteristics prized in perfumery.

The molecular structure of Methyl Eugenol, C11H14O2, with a molecular weight of 178.23, contributes to its distinct olfactory profile. Its properties, such as a density between 1.030-1.042 and refractive index between 1.5386-1.5390, are meticulously controlled by manufacturers to ensure consistency. High purity, typically at ≥99.0% Assay, is a non-negotiable for its effective use as a fragrance ingredient. Formulators often seek this specific organic intermediate to achieve the desired sensory impact in their products.

The primary application for Methyl Eugenol lies in its use as a scent of cloves, providing a mild foundation that enhances a wide range of fragrance types. It is particularly effective in floral notes, adding complexity to scents like rose, lilac, and orchid, as well as contributing to the character of oriental and herbal fragrances. For those looking to buy Methyl Eugenol, understanding these nuanced applications helps in selecting the right ingredient for their formulation needs. Sourcing from a reputable Methyl Eugenol supplier in China ensures access to high-quality material backed by precise chemical specifications.

As a key player in the organic chemical intermediate market, Methyl Eugenol exemplifies how specific molecular compounds can translate into desirable consumer experiences. Whether used directly as a fragrance component or as a building block for more complex aroma chemicals, its importance cannot be overstated. Investigating a trusted manufacturer for CAS 93-15-2 is the first step towards leveraging its full chemical potential in innovative product development.