Fluorosilicone Sheet

As a special material, fluorosilicone sheet shows unique advantages and superior performance in many fields.

Firstly, fluorosilicone sheet has excellent high temperature resistance. Its temperature range can usually reach -60°C to +250°C, and it can even operate stably at higher temperatures, which makes fluorosilicone sheet ideal for many high-temperature processes and special environments.

Secondly, fluorosilicone sheet has excellent chemical resistance. It can resist the erosion of many strong acids, alkalis, organic solvents and chemically corrosive substances and maintain stable performance and structure, making it widely used in chemical, pharmaceutical and food processing industries.

In addition, fluorosilicone sheet has good electrical insulation properties and can be used to manufacture insulating gaskets and seals for electrical equipment, effectively protecting electrical equipment from current leakage and electrical failures.

Fluorosilicone sheet also has excellent weather resistance, and can be exposed to the outdoor environment for a long time without being affected by ultraviolet rays, climate change and various weather conditions, so as to maintain its original performance and appearance.

In addition, fluorosilicone sheet has excellent non-stick and mechanical properties, not easy to adhere to a variety of substances, and at the same time has good elasticity and toughness, able to withstand large tensile and compression deformation.

Overall, fluorosilicone sheet shows great advantages and potential in various industrial and commercial applications with its excellent high temperature resistance, chemical resistance, electrical insulation and weathering resistance, as well as excellent non-stick and mechanical properties.

Fluorosilicone sheet is a high-performance and chemically resistant elastomer material that is widely used in aviation, aerospace, automotive and other fields. Below, we introduce the production process of Fluorosilicone.

First, raw materials such as fluorosilicone oil and vinyl silicone oil are fed into a reactor and mixed. Then, they are stirred under high temperature conditions, and catalysts such as hydrogen peroxide are continuously added to the reaction kettle to promote the reaction.

Then, auxiliary raw materials such as dispersant, curing agent, stabiliser and so on into the kettle are continuously mixed and reacted. In this process, controlling the temperature, stirring speed and other parameters of the precise adjustment is the key to ensure the quality of production.