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IOTA 232: A Key Material for Enhancing the High-Temperature and Wear Resistance of Silicone Rubber

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In modern industries, silicone rubber is widely used in seals, gaskets, automotive components, and more. With the advancement of technology, the performance requirements for silicone rubber are continually increasing. IOTA 232, a phenyl-hydrogen terminated silicone with a high molecular weight, significantly improves the high-temperature resistance, wear resistance, and aging resistance of silicone rubber.

IOTA 232 boasts high chemical stability and excellent heat resistance, making it particularly suitable for silicone rubber products used in extreme temperature environments. By adding IOTA 232 to silicone rubber, the product’s hardness and elasticity are enhanced, extending its lifespan and reducing deformation and aging under high temperature and pressure. Its excellent chemical compatibility also allows it to blend well with other rubbers or polymers, optimizing the overall performance of the product.

Application Areas:

  • Seals and gaskets
  • High-temperature automotive components
  • Aerospace and military high-performance materials

IOTA 232 provides an ideal crosslinking agent for the silicone rubber industry, becoming the preferred solution for many high-end applications.

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