Benzylacetone (CAS 2550-26-7) stands as a chemical compound of considerable importance in both the modern fragrance industry and the field of pharmaceutical development. Its unique olfactory properties, characterized by a sweet, floral, and balsamic aroma with subtle fruity and spicy nuances, make it a sought-after ingredient for perfumers aiming to create sophisticated and long-lasting scents. The compound’s stability and versatility allow it to act as an excellent modifier for floral accords, particularly jasmine, and to add depth to woody compositions. Its natural presence in sources like cocoa further lends it an authentic appeal in flavor and fragrance applications.

Beyond its aromatic contributions, Benzylacetone is a critical pharmaceutical intermediate. Its molecular structure serves as a foundational element in the synthesis of various active pharmaceutical ingredients (APIs) and complex organic molecules. The demand for high-purity Benzylacetone is therefore directly linked to the advancements in drug discovery and production. Reliable supply chains and rigorous quality control are essential for manufacturers relying on this compound for their pharmaceutical processes. Understanding the chemical properties of Benzylacetone, such as its liquid form and specific gravity, is crucial for its effective use in these demanding applications.


The synthesis of Benzylacetone involves established chemical reactions, often starting from readily available precursors like benzaldehyde and acetone. While traditional methods are widely employed, the industry continually seeks optimization for efficiency and sustainability. When sourcing Benzylacetone, particularly for critical applications like pharmaceutical synthesis, it is vital to partner with experienced manufacturers and suppliers who can provide consistent quality and meet stringent regulatory requirements. The ability to buy Benzylacetone with guaranteed purity and comprehensive documentation is a cornerstone of successful product development in these sectors. This compound’s enduring significance highlights its indispensable role in chemical innovation.