Phenyl silicone rubber is not only shining in the mold industry. Thanks to its unique molecular structure, it has long become a "flexible performer" in multiple fields. 
In the field of electronic packaging, it is the "protective suit" for precision components. Electronic components have strict requirements for insulation and heat resistance. The elastic body formed after the curing of phenyl silicone rubber has a stable dielectric constant and can maintain insulation performance from -60℃ to 250℃. Even when exposed to welding heat, it will not release harmful substances, providing reliable "armor" for chips, sensors, etc. 
The medical field also cannot do without it. It has excellent biocompatibility and does not cause rejection reactions with human tissues. It is often made into medical catheters, drainage tubes, etc. Its soft texture can reduce stimulation to the human body, and its resistance to sterilization can withstand high-temperature steam or ultraviolet disinfection, meeting the strict requirements of medical scenarios. 
Nowadays, with the development of modification technology, phenyl silicone rubber is also breaking through in the direction of "functional composites". By adding special fillers, it can have both thermal conductivity and electrical conductivity, and is expected to play a role in more high-end fields in the future, continuously writing the wonderful chapter of "flexible materials".