Fluorosilicone Compound Technology

mumulander

Dowcorning内部资料,翻译好之后我会把中文版发出
% O, Y( W1 e+ Y9 C. g
( ], X7 K! n5 `, l3 O4 G; U

4 p! j0 |8 v" B7 y) x' B2 KAbstract
Fluorosilicone compounds have never been more popular as they are today. These
* S/ Y4 u/ l6 ]unique materials are most noted for applications that require low and high temperature
3 A7 j5 [! n7 L) [  b$ Uperformance in contact with jet and automotive fuels, many solvents and engine oils. This family
( O9 O$ v( v; e: v) Y7 b7 N% Oof elastomeric materials has found increased use in many high volume automotive applications.
As more and more fabricators attempt to manufacture products using fluorosilicone compounds,
& J# x  l/ ]: R5 Lprocessing issues and acceptable part yields become an important but difficult hurdle. In
addition, compound technology has become more flexible to meet demands of finished part
2 `' t* U) c" `6 O) ~economy using standard rubber finishing equipment. This paper will explore the practical
approaches to understanding the material process requirements as they relate to various
elastomer fabricating equipment and techniques. The part manufacturing (process) requirements
$ o7 y1 m1 [) V% lwill be used to determine a good approach in developing a fluorosilicone compound that not only
2 E. y) I# @- y! Cmeets end user performance requirements, but also can be easily processed on typical elastomer
: v- m: ^: V% j1 X1 Bfabricating equipment.

rubberchem

学习一下