With its unique phenyl-modified structure, phenyl silicone rubber compound overcomes the limitations of traditional rubber, which suffers from curing failure at low temperatures.
This consistently stable conductivity, both in dynamic and static conditions, is an indispensable cornerstone of modern electronic reliability engineering.
In modern industrial and high-tech applications, materials often face the arduous challenges of extreme temperature fluctuations.
In demanding applications such as industrial equipment, aerospace, automotive engines, and chemical systems, sealing materials often face the rigors of extreme temperatures.
Hot stamping silicone, a specialty silicone with excellent high-temperature and aging resistance, can withstand temperatures up to 350°C. It not only meets the requirements for stable operation of electronic components in high-temperature environments.
Anti-static silicone combines insulation performance with anti-static properties to build a double protection barrier for the safe operation of equipment.