Facing the common industrial pain points of aging and failure of sealing parts and pipes under high-temperature working conditions, the 350°C high-temperature resistant silicone rubber has become a preferred material for compression molding and extrusion molding with excellent heat resistance and stable mechanical properties. It effectively solves the problems of short service life and poor stability of accessories in high-temperature environments, and adapts to high-temperature resistant sealing and pipe applications in various fields.



In industrial production and equipment operation and maintenance, high temperature is always a key test for sealing accessories. Most conventional rubber materials have low heat resistance limits. Long-term service in high-temperature environments will easily cause hardening, cracking, sealing leakage and other failures. It not only increases the replacement cost of equipment frequently, but also affects the continuous operation efficiency of production lines, which is a common material selection problem faced by many manufacturing enterprises.

The 350°C high-temperature resistant silicone rubber accurately meets industry needs with outstanding core heat resistance. It can withstand high-temperature working environments for a long time and avoid performance attenuation and accessory failure under high temperature. Compared with ordinary rubber materials, it has both excellent heat resistance and good mechanical properties, with stable toughness and strong deformation resistance. The molded accessories have regular structures and longer service life, greatly reducing equipment maintenance frequency and consumption costs.

Compatible with two mainstream processing methods including compression molding and extrusion molding, the product adapts to diverse industrial production needs with convenient processing and good molding effects, and can efficiently produce various special-shaped and conventional high-temperature resistant accessories. For special food-contact scenarios, it has standardized processing specifications. After post-curing at 200°C for 4 hours, it can meet compliant use standards and adapt to supporting needs of food processing equipment.

At present, this high-temperature resistant silicone rubber is widely used in the production of core industrial accessories such as high-temperature resistant seals and extrusion pipes, covering general industrial equipment, food processing, precision machinery and other fields. With stable comprehensive performance, wide working condition adaptability and convenient processing attributes, it solves the pain points of vulnerable accessories and poor adaptability under high-temperature conditions, providing a reliable material selection solution for sealing protection and pipe supporting of high-temperature industrial equipment, and helping enterprises improve production stability and reduce comprehensive operating costs.