Phenyl silicone rubber, with its impressive performance across various temperature ranges, has garnered significant attention due to its diverse application potential. Classified into low, medium, and high phenyl content categories, each type boasts unique value in specific industries. For instance, low phenyl silicone rubber, renowned for its excellent cold resistance, maintains elasticity even in extreme cold environments, making it suitable for industrial cryogenics and aerospace applications. Meanwhile, high phenyl silicone rubber, with its outstanding radiation resistance, plays a vital role in nuclear equipment and national defense security.

Recent advancements in nanotechnology have significantly contributed to the modification research of phenyl silicone rubber. By incorporating high-performance nano-fillers such as zirconia or graphene, notable improvements in mechanical properties, dielectric properties, and thermal conductivity have been achieved, broadening the rubber's application scope. These modification efforts not only expand the utility of phenyl silicone rubber but also provide novel insights and methodologies for the development of high-performance materials.

HTV phenyl silicone rubber IOTA120