For chemists engaged in research and development or production, understanding the specific properties and applications of chemical intermediates like Isobutyrophenone (CAS 611-70-1) is crucial for optimizing processes and developing new products.

Isobutyrophenone, a ketone derivative, is characterized by its chemical formula C10H12O and a molecular weight of 148.20. It typically appears as a clear, slightly yellow liquid. Its physical properties, such as a flash point of 84°C and solubility in alcohol but insolubility in water, dictate its handling and application parameters. These details are vital for chemists who need to predict its behavior in various reaction environments.

The versatility of Isobutyrophenone lies in its diverse roles in chemical synthesis. It serves as a key intermediate in the creation of pharmaceuticals, where its structure can be modified to build complex drug molecules. Its utility extends to the cosmetic industry, contributing to the formulation of various personal care products. For chemists requiring this compound, identifying a reliable supplier that provides accurate specifications is paramount.

Moreover, Isobutyrophenone is recognized for its role as a photosensitizer intermediate. This application is significant in fields requiring light-induced chemical reactions, such as in the development of UV-curable materials. Chemists exploring new synthesis routes or material formulations will find its properties particularly valuable.

When seeking to buy Isobutyrophenone, chemists should consult with manufacturers who can offer technical support and detailed product information. Understanding the competitive Isobutyrophenone manufacturer price can also help in budget planning for research projects or large-scale production runs. Sourcing from reputable chemical providers ensures access to high-quality materials essential for successful outcomes.

In conclusion, Isobutyrophenone is a valuable tool in the arsenal of industrial chemists, offering a range of applications stemming from its unique chemical properties. A focus on understanding its characteristics and sourcing from dependable partners will facilitate innovation and efficient production.