cyclohexanone CAS NO.108-94-1

Cyclohexanone is an organic compound. It is a saturated cycloketone contained within a six-member ring by carbonyl carbon atoms. A clear, colorless liquid with a earthy, earthy flavor that contains trace amounts of phenol and is peppermint. The impure material is light yellow, with impurities formed over the storage time. It is water white to grayish yellow and has a strong pungent odor. It is the same as air mixed explosive electrode and open chain saturated ketone. There is insufficient evidence that cyclohexanone causes cancer, and it is mainly used as raw materials and solvents for organic synthesis in industry, such as it can dissolve cellulose nitrate, coating, paint, etc.

Cyclohexanone is an organic compound. It is a saturated cycloketone contained within a six-member ring by carbonyl carbon atoms. A clear, colorless liquid with a earthy, earthy flavor that contains trace amounts of phenol and is peppermint. The impure material is light yellow, with impurities formed over the storage time. It is water white to grayish yellow and has a strong pungent odor. It is the same as air mixed explosive electrode and open chain saturated ketone. There is insufficient evidence that cyclohexanone causes cancer, and it is mainly used as raw materials and solvents for organic synthesis in industry, such as it can dissolve cellulose nitrate, coating, paint, etc.

Cyclohexanone is an important chemical raw material, which is the main intermediate of nylon, caprolactam and adipic acid. It is also important for industrial solvents, such as paints, especially those containing nitrifying fibers, vinyl chloride polymers and their copolymers or methacrylate polymers. Excellent solvent for organophosphorus insecticides and many similar pesticides, used as solvent for dyes, as viscous solvent for piston type aviation lubricating oil, as solvent for grease, wax and rubber. It is also used as a homogenizing agent for dyeing and fading silk, as a degreasing agent for polishing metal, as well as wood coloring and painting. Cyclohexanone and cyanoacetic acid were condensed into cyclohexane cyanoacetic acid, and then cyclohexene acetonitrile was obtained after elimination and decarboxylation, and finally cyclohexenethylamine [3399-73-3] was hydrogenated