With the advancement of technology and the escalating demands for material performance, phenyl silicone rubber, as a product of technological innovation, is gradually becoming a core material in various fields. Its unique molecular structure design and modification techniques enable phenyl silicone rubber to exhibit remarkable stability and durability in extreme environments such as high and low temperatures and radiation.

The technological innovations in phenyl silicone rubber lie not only in the optimization of its molecular chain structure but also in the improvement of production processes and the selection and application of fillers. By introducing advanced ring-opening polymerization modification techniques, phenyl silicone rubber demonstrates outstanding durability and stability at high temperatures while maintaining good elasticity and flexibility at low temperatures. Furthermore, the selection of suitable fillers, such as fumed silica and self-synthesized damping agents, can further enhance the damping properties and processability of phenyl silicone rubber.

Looking ahead, phenyl silicone rubber holds immense potential for wider applications. With the rapid development of industries such as new energy vehicles, aerospace, and electronics, the demand for high-performance materials is increasing. Phenyl silicone rubber, with its superior low-temperature resistance, ablation resistance, and radiation resistance, is poised to gain broader adoption and promotion in these fields.

HTV phenyl silicone rubber IOTA120