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PRODUCT NAMECAS NO.Dimethyltin oxide2273-45-2Dimethyldineodecanoatetin68928-76-7Monobutyltin oxide51590-67-1Butyltin trichloride1118-46-3Butyltin tris(2-ethylhexanoate)23850-94-4Butylchlorodihydroxytin13355-96-9Dibutyltin oxide818-08-6Dibutyltin dilaurate77-58-7Dibutyltin dichloride683-18-1Dibutyltin bis(2,4-pentanedionate)22673-19-4Dibutyltin diacetate1067-33-0Di-n-Butylbis (dodecylthio) tin1185-81-5Dibutyltin Maleate78-04-6Di-n-butyltin monobutylmaleate66010-36-4Dibutyl Tin Bis(isooctylmercaptoacetate)25168-24-5Bis(tri-n-butyltin)oxide56-35-9Tri-n-butyltin chloride1461-22-9Tetra-n-butyltin1461-25-2Di-n-octyltin Oxide870-08-6Dioctyldilauryltin3648-18-8Dioctyldichlorotin3542-36-7Dioctyltin dinonanoate269-595-4Bis(dodecylthio)dioctyltin22205-30-7Tetra-n-Octyltin3590-84-9Octyl Tin Mercaptide26401-97-8Tin(II) oxalate814-94-8Tin(II) acetate638-39-1Tin(II) chloride7772-99-8Stannous octoate301-10-0Bis(neodecanoate)tin256-370-0PRODUCT NAMECAS NO.Bismuth subnitrate1304-85-4Bismuth hydroxide10361-43-0Bismuth methanesulfonate82617-81-0Bismuth(III) neodecanoate34364-26-6Bismuth(III) Oxide1304-76-3Bismuth 2-ethylhexanoate67874-71-9PRODUCT NAMECAS NO.Zinc neodecanoate27253-29-8Zinc Isoocatanoate84082-93-9PRODUCT NAMECAS …

Overview:Polysilazanes, highly reactive polymers with Si-N bonds as their backbone, react violently with water, oxygen, and various polar substances. This has led to their widespread application in a variety of fields, including ceramics, aviation, aerospace, and coatings. Polysilazanes can be …

Monofunctional Silanol Polymerα-Methyl-ω-hydroxy-polydimethylsiloxane products are a range of silanol-functionalized fluids with varying viscosities and silanol contents for handling fillers and as anti-structuring additives in high-viscosity silicone rubber and room temperature vulcanizing (RTV) silicone rubber formulations. Low viscosity grades can be …

Sol-Gel Method and TEOSThe sol-gel method uses compounds containing highly chemically active components as precursors. These raw materials are uniformly mixed in a liquid phase and undergo hydrolysis and condensation reactions to form a stable, transparent sol system in solution. …

Silicone microspheres are snow-white, regular, flowable, micron-sized spherical fine powders with a three-dimensional cross-linked molecular network structure, exhibiting excellent heat resistance and dispersibility. Their preparation techniques include sol-gel, hydrolysis-condensation, and autoclave synthesis. By manipulating parameters such as reaction temperature and …