Sodium isoocate, chemical energy, silicate derivatives, catalysts, 19766-89-99% content, intermediat

The sodium isooctate (cas 19766-89-3) is an organic alkyl compound with a central focus on the three main fields of medical synthesis, chemical catalyticization and metal processing, which, by virtue of good solubility, stability and reactive activity, are commonly used in industrial production and precision chemicals。

Medical synthesis core intermediate

It is a key ingredient for semi-synthetic antibiotics, especially for the synthesis of precipitous antibiotics (e. G., capone, capricorn). As a carrier of aylide, it reacts efficiently with the nucleus of the cape, introduces iso-octyl radical structures, optimizes antibacterial spectrum and drug effects of antibiotics, while increasing product stability and bioavailability. In addition, it can be used for the synthesis of some anti-fungic and anti-inflammatory drugs, providing basic skeletons for the structure of the drug and adapting it to the industrial production needs。

Chemical catalytic and organic synthesis

As a alkaline catalyst, organic reactions, such as ester exchange, indentation, suitable for the synthesis of esters and ketone-like compounds in precision chemicals. In plastics, resins are used as a catalyst for polymerization, increasing the rate of reaction and the purity of the product; they are also used for the synthesis of lubricating oil additives, increasing the wear resistance, antioxidation and service life of lubricated oils by introducing a tritrate group。

Metalworking and other scenarios

In the field of metalworking, these are excellent metal cutting fluids and oil additives. Good lubrication and rust resistance to form protective membranes on metal surfaces, reduce friction and wear during processing, while preventing rusty corrosion of works, cut and flush processing of materials such as steel and aluminium alloys. In addition, it can be used as a dispersor for coatings, ink ink, to increase the dispersed evenness of paints and fillings and to optimize the membrane effects and stability of products; in the textile industry, it can be used as an antistatic agent to reduce the electrostatic accumulation of fibre surfaces。