1. Many other groups, e.g., phenyl, vinyl and trifluoropropyl,can be substituted for the methyl groups along the chain.
2. The simultaneous presence of “organic” groups attached to an “inorganic” backbone gives silicones a combination of unique properties, making possible their use as fluids, emulsions,compounds, resins, and elastomers in numerous applications
and diverse fields.
3. For example, silicones are common in the aerospace industry, due principally to their low and high temperature performance.
4. In the electronics field, silicones are used as electrical insulation, potting compounds and other applications specific to semiconductor manufacture.
5. Their long-term durability has made silicone sealants, adhesives and waterproof
coatings commonplace in the construction industry.
6. Their excellent biocompatibility makes many silicones well suited for use in numerous personal care, pharmaceutical, and medical device applications.
1. Many other groups, e.g., phenyl, vinyl and trifluoropropyl,can be substituted for the methyl groups along the chain.
2. The simultaneous presence of “organic” groups attached to an “inorganic” backbone gives silicones a combination of unique properties, making possible their use as fluids, emulsions,compounds, resins, and elastomers in numerous applications
and diverse fields.
3. For example, silicones are common in the aerospace industry, due principally to their low and high temperature performance.
4. In the electronics field, silicones are used as electrical insulation, potting compounds and other applications specific to semiconductor manufacture.
5. Their long-term durability has made silicone sealants, adhesives and waterproof
coatings commonplace in the construction industry.
6. Their excellent biocompatibility makes many silicones well suited for use in numerous personal care, pharmaceutical, and medical device applications.
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