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.
Fluororubber, a synthetic rubber that replaces some or all hydrogen atoms with fluorine atoms, stands out among many rubber materials due to its unique chemical structure and physical properties, showing many significant advantages.
In the field of materials science, silicone and silicone rubber are widely used in many industries due to their unique physical and chemical properties.
The properties of fluorosilicone rubber compounds can be significantly improved by adding fillers or copolymers to meet a wider range of application requirements.
Anti-static silicone, as a special silicone rubber material with excellent antistatic performance, is widely used in electronics, semiconductors, medical, aerospace and other fields.