For Research & Development chemists, having access to high-quality, well-characterized chemical compounds is essential for driving innovation. Isopropenyl Acetate, identified by CAS number 108-22-5, is a compound that offers significant versatility for R&D activities. Its designation as a colorless liquid with a boiling point of 94°C and a density of 0.92 provides foundational data for experimental design.

Isopropenyl acetate is frequently utilized in academic and industrial research as a building block for organic synthesis. Its enol acetate structure allows for a range of reactions, including acylation, which are fundamental to creating new molecular structures. Researchers often look to buy Isopropenyl Acetate for its role in developing novel compounds, exploring new reaction mechanisms, or creating intermediates for complex pharmaceutical or material science projects. The availability of detailed specifications, such as its refractive index of 1.401, helps chemists predict its behavior in reactions.

Beyond synthesis, its properties as a solvent for materials like cellulose and certain plastics also lend themselves to R&D in areas such as polymer science and formulation development. When sourcing Isopropenyl Acetate for R&D purposes, purity is a primary concern. Scientists typically seek materials with high purity, often specifying a minimum of 98.5% as determined by GC analysis. This ensures the reliability and reproducibility of experimental results.

As a dedicated chemical supplier, we understand the needs of R&D professionals. We offer Isopropenyl Acetate that meets stringent quality standards, ensuring it is suitable for demanding research applications. We aim to be a reliable partner for chemists by providing not only quality materials but also competitive pricing and efficient order processing. If you are an R&D chemist seeking to purchase Isopropenyl Acetate for your next project, we encourage you to contact us. Let us support your groundbreaking research with our high-quality chemical intermediates.