Despite its abundant potential, the processing and application of phenyl silicone rubber confront numerous challenges. The unique molecular structure of this material often leads to rapid viscosity changes and poor fluidity during processing, necessitating advanced equipment and intricate processes. Additionally, reducing costs and enhancing productivity while maintaining material performance pose significant hurdles.

In terms of application, although phenyl silicone rubber exhibits robust aging resistance, it may still suffer performance degradation in specific environments, such as prolonged exposure to UV rays or ozone. Therefore, selecting appropriate formulations, additives, and implementing effective protective measures are crucial for prolonging the service life of phenyl silicone rubber products.

To address these challenges, researchers and enterprises are intensifying their efforts in R&D, leveraging technological innovations and product upgrades to propel the continuous growth of the phenyl silicone rubber industry.

IOTA 108 Room Temperature Vulcanized Phenyl Silicone Rubber