Silicone rubber is a special rubber material with excellent high and low temperature performance. Silicone rubber exhibits excellent durability and stability in extreme high and low temperature environments, making it widely used in many industrial and consumer goods fields.

In high-temperature environments, silicone rubber has excellent heat resistance. It can withstand temperatures up to 200 ℃ and maintain its mechanical and physical properties even at such extreme temperatures. Compared with other rubber materials, silicone rubber has a lower coefficient of thermal expansion, which means that it is not easy to expand, deform or lose shape at high temperatures, and can maintain long-term stability. Therefore, silicone rubber is widely used in fields such as high-temperature sealing, waterproofing, electronic components, and automotive manufacturing.

In addition to excellent performance at high temperatures, silicone rubber also exhibits excellent performance in low-temperature environments. It can withstand extremely low temperatures and can even be used in environments below -60 ℃. In extremely cold environments, many rubber materials become fragile, fragile, or prone to fracture. But silicone rubber can maintain its softness and elasticity, and can withstand heavy pressure and compression even at extremely low temperatures. Therefore, silicone rubber is widely used in fields such as aerospace, polar scientific research, and mountain climbing in extremely cold climates.

In addition to its high and low temperature performance, silicone rubber has many other advantages. It is a non-toxic, odorless, and harmless material that is widely used in medical devices, baby products, and other fields. In addition, silicone rubber has good anti-aging performance and can be used for a long time without aging and deterioration.

In summary, silicone rubber is a high-performance and versatile rubber material. Its high and low temperature performance is excellent, and it can maintain stability and durability in extreme environments. Therefore, it is widely used in many fields, including aerospace, automotive manufacturing