The unique properties of silicone and fluorosilicone elastomers

Уникальные свойства силиконовых и фторсиликоновых эластомеров
D. J. Cornelius, C. M. Monroe
1985-06-01

chemical and environmental resistancefluorosilicone elastomerssilicone elastomerssilicone rubber applicationsthermal stability
Abstract In this paper a brief description of the synthesis of silicone polymers and their compounding is given, and the wide range of properties available in Silastic® Registered trademark of Dow Corning Corporation. silicone rubber is discussed. Some of the key properties are related to several applications. These include mechanical properties, chemical and environmental resistance, thermal stability; electrical properties, flame resistance, and surface characteristics. Silicone rubber parts are currently used in the automotive, electronic, dairy, medical, construction, and aerospace industries. Among the applications discussed are axle seals, hose, milk inflations, wire and cable insulation, and elastomeric keyboard springs. In addition, improved silicone rubber materials are being developed for new applications.
1
Silicone and fluorosilicone elastomers are presented as materials whose properties support diverse application requirements, with improved formulations under development for emerging uses.
2
Silicone rubber combines mechanical performance, chemical and environmental resistance, thermal stability, electrical functionality, flame resistance, and distinctive surface characteristics.
3
Silicone rubber is used across automotive, electronic, dairy, medical, construction, and aerospace industries, including seals, hoses, milk inflations, insulation, and keyboard springs.
4
The paper summarizes silicone polymer synthesis and compounding, emphasizing how formulation enables a broad range of elastomer properties.

silicone and fluorosilicone elastomers (silicone rubber materials and parts)

their synthesis, compounding, and available properties, including mechanical, chemical and environmental resistance, thermal stability, electrical and flame resistance, and surface characteristics

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Publication Date
1985-06-01
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Authors
D. J. Cornelius
C. M. Monroe
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