437613-25-7Relevant articles and documents
Transparent room temperature cured elastomers based on bisphenol A
Schear, Mollie B.,Laskoski, Matthew
, p. 523 - 526 (2014)
The synthesis of a divinyl-terminated resin from commercially available bisphenol A and polymerization with silane containing compounds utilizing a room temperature hydrosilylation reaction is demonstrated. The transparent, clear polymers exhibit excellent thermal and oxidative stability while maintaining elastomeric properties and good hardness. These polymers also have the ability to be dyed any color in the spectrum.
Two-component dental material crosslinking by addition, by way of a hydrosilylation reaction, having rigid and/or voluminous groups as well as great flexural strength
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Page/Page column 18, (2008/06/13)
A two-component dental material addition-crosslinking by way of hydrosilylation contains (a) one or more compounds having vinyl groups in the molecule, (b) at least one organohydrogen silicone compound, and (c) at least one catalyst. The at least one comp