With the continuous advancement of science and technology and the increasing diversification of industrial needs, the requirements for the performance of fluorosilicone rubber compounds are becoming higher and higher.
Anti-static silicone products play an important role in many fields, and their surface resistance is a key indicator to measure anti-static performance.
As a high-performance material, fluororubber compound has shown great potential in promoting green manufacturing, reducing pollution, and improving energy efficiency.
This innovative material design makes conductive silicone show great application potential in many fields, especially in occasions that need to meet the needs of conductivity, sealing and protection at the same time.
The aging performance of fluorosilicone rubber compound is a key indicator for comprehensively evaluating its long-term durability and stability.
At low temperatures, the hardness of anti-static silicone will increase and the elastic modulus will increase accordingly.