Organotin compounds are metal-organic compounds formed by the direct combination of tin and carbon elements. The main uses are: as catalysts, stabilizers,
The detection standards of organotin compounds vary by region and application. For example, the EU REACH regulations on organotin compounds
The main damages of organotin compounds to organisms are: the central nervous system will cause cerebral white matter edema, and oxidative phosphorylation in cell energy utilization
Organotin stabilizer (tin thioglycolate) can replace the unstable Cl atom on the polymer to make PVC resin have long-term stability
Organotin compounds are compounds widely used in the fields of catalysts, stabilizers, agricultural insecticides, fungicides, and fungicides1.
Organotin catalysts refer to organic compounds containing carbon-tin bonds, which can coordinate with the -NCO group of isocyanate to make -N
Organotin heat stabilizer is a kind of heat stabilizer, which can replace the unstable Cl atoms on the polymer, so that the PVC resin has long-term stability.
Organotin removal methods include water-soluble and solid-supported stannanes, catalytic methods and alternatives based on less toxic metal and metalloid hydrides
Tin is a metal element, an inorganic substance, and the common form of white tin is a low-melting metal with a silvery white luster.
Tin is a low-melting metal with a silvery white luster. It is divalent or tetravalent in the compound and will not be oxidized by air. It is mainly composed of dioxide
The toxicity of organotin stabilizers is linked to their lipid solubility, which allows them to easily cross the blood-brain barrier and affect the brain. TMT
Tin is one of the earliest metals used by humans and one of the most widely used metals in industry. It has soft texture, low melting point and strong ductility.
