Conductive Elastomer Seals

The basic principle of conductive elastomer seals is to use the composite properties of conductive materials and elastic materials.

It is usually made by mixing conductive fillers (such as metal powder, carbon fiber, etc.) with elastic matrix materials (such as rubber, silicone, etc.).

Conductive packing gives seals conductive properties, while elastomeric matrix materials provide excellent elasticity and sealing properties.

Conductivity: Conductive elastomer seals have good conductivity, can effectively conduct electricity and discharge static electricity, prevent static electricity accumulation and discharge, and protect the safe operation of equipment and components.

Elastic performance: the seal has good elastic recovery performance, can quickly return to the original state after pressure, maintain stable sealing performance, and adapt to various complex working environments and working conditions.

Wear resistance: The surface of the seal is usually specially treated, which has good wear resistance and corrosion resistance, and can be used for a long time in the environment of high friction and corrosive media.

Temperature adaptability: Conductive elastomer seals can maintain their performance stability over a wide temperature range, adapting to high temperature, low temperature and sharp temperature change working conditions.

Chemical resistance: The seal has good chemical resistance, can resist the erosion and corrosion of various chemicals, and ensure the reliability and durability of the seal.

Electronic and electrical fields: used for shielding, grounding and sealing of electronic components, such as shielding gaskets and O-rings of mobile phones, computers, TVs and other electronic products.

Communication field: used for shielding and anti-interference of communication equipment, such as antenna connector seals, RF connector seals, etc.

Aerospace field: used for sealing and anti-static of aircraft, spacecraft, etc., such as fuel system seals, spacecraft hatch seals, etc.

Medical device field: used for sealing and conduction of medical devices, such as medical wire sleeves, medical device sealing rings, etc.

Other fields: It is also used in the sealing and conductive needs of the automotive industry and the chemical industry.