Dibutyl vinylboronate

Dibutyl vinylboronate CAS 6336-45-4 is a high-purity organic boronic fine chemical compound, which belongs to the category of alkenyl boronate esters. This product features stable chemical properties, good solubility in common organic solvents, and active vinyl functional groups, making it a key intermediate for organic synthesis and material modification. It is widely used in fine chemical synthesis, polymer material preparation and pharmaceutical intermediate manufacturing industries with stable industrial application value.

Vinylboronic acid dibutyl ester, Dibutyl ethenylboronate, Ethenylboronic acid dibutyl ester

2931909090

1. Organic Synthetic Intermediate: Dibutyl vinylboronate CAS 6336-45-4 serves as a core boron-containing intermediate for Suzuki coupling reactions, which is commonly applied in the synthesis of complex organic molecules, aromatic compounds and heterocyclic compounds, improving the reaction efficiency and product purity of fine chemical synthesis processes. 2. Polymer Material Modification: Dibutyl vinylboronate CAS 6336-45-4 can be used as a functional monomer for polymer modification. Its active vinyl group can participate in polymerization reactions, effectively improving the thermal stability, weather resistance and mechanical properties of polymer materials such as resins and rubber. 3. Pharmaceutical Intermediate Manufacturing: Dibutyl vinylboronate CAS 6336-45-4 is applied in the synthesis of pharmaceutical and biological intermediates, providing boron-containing functional structures for drug molecular synthesis, and is widely used in the research and production of new chemical drugs. 4. Fine Chemical Additive Production: Dibutyl vinylboronate CAS 6336-45-4 is used in the preparation of high-end fine chemical additives, including crosslinking agents and curing agents, to optimize the processing performance and service life of industrial chemical products.

98% (industrial grade)

C10H21BO2

184.08

2 years under proper storage

Colorless transparent liquid

Industrial Grade, Fine Chemical Grade

0.878 g/cm3 at 25°C

Not available