Transcription of Technical Information - Viton
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Technical Information - Viton
FluoroelastomersSelection GuideTechnical InformationIntroductionViton fluoroelastomer was introduced in 1957 to meet the needs of the aerospace industry for a high-performance seal elastomer. Since then, the use of Viton fluoroelastomer has expanded to many other industries, especially in the automotive, fluid power, appliance, and chemical fields. With over half a century of proven performance, Viton fluoroelastomer has developed a reputation for outstanding performance in high temperature and extremely corrosive Properties of Viton FluoroelastomerVulcanizates based on Viton provide an exceptional balance of physical property characteristics, including the following features:Resistance to Temperature ExtremesHeat Compared to most other elastomers, Viton is better able to withstand high temperature, while simultaneously retaining its good mechanical properties.
monomers that comprise the polymer. In general, Viton ™ exhibits outstanding resistance to attack from a wide variety of fluids, including mineral acids, and aliphatic and aromatic hydrocarbons. The higher the fluorine content of the polymer, the less will be the effect, as measured by volume increase for example.
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