Home
About
Company Profile
Culture
Factory Appearance
Honor
News
Company News
Technical Forum
Industry News
Products
Butyl tin
Octyl tin
Tetrabutyltin
Four octyl tin
Contact
中文版
English
Russian
Argentine
What are the organic tin stabilizers? What is the difference
The main difference between various types of organotin stabilizers lies in their chemical structure, mechanism of action and application areas. They have their own characteristics, for example, thiolate stabilizers have the best stabilization effect, while aliphatic acid salts and maleate stabilizers achieve stabilization effects through different reaction mechanisms. In addition, different organotin stabilizers may differ in terms of cost, toxicity, and compatibility with other stabilizers.
08
2024
/
04
Extraction of organotin compounds
Extraction is the first critical step in organotin sample analysis, especially for complex biological samples, where the target compounds must be selectively extracted from the matrix before instrumental analysis. Common organotin extraction techniques are as follows: non-polar solvent extraction, non-polar solvent plus acid extraction, polar solvent extraction, solid phase extraction, supercritical fluid extraction, alkaline or enzymatic hydrolysis, extraction using chelating reagents, and the recent development of solid phase microextraction techniques.
The development prospect of tetrabutyltin market is good. China's production capacity still needs to be continuously improved.
Tetrabutyltin is a chemical formula of C16H36Sn organic compounds, the appearance of a colorless liquid, insoluble in water, soluble in most organic solvents. Tetrabutyltin production methods are diverse, including Grignard reagent method (Grignard method), alkyl aluminum method, Wu's method, direct method, etc. Among them, the common method for industrial production of tetrabutyltin is the Grignard method, which refers to the method of generating tetrabutyltin by chemical reaction with tin tetrachloride as raw material.