The functions of impregnated carbon graphite mainly include improving sealing, enhancing mechanical strength, corrosion resistance and improving thermal conductivity.
Improve sealing performance: Through impregnation treatment, the pores of carbon graphite are filled, reducing the possibility of medium leakage, thus having excellent sealing performance and being able to effectively prevent gas or liquid leakage.
Enhance mechanical strength: The mechanical strength of impregnated carbon graphite is significantly improved, it can withstand greater external forces, is not prone to rupture or damage, and can adapt to complex working environments.
Corrosion Resistance: The impregnation treatment enables carbon graphite to maintain stable performance in a wider range of corrosive media, making it suitable for handling and storage equipment of highly corrosive chemicals.
Improve thermal conductivity: Impregnated carbon graphite has good thermal conductivity. The thermal conductivity is 2 times that of carbon steel and 7 times that of stainless steel. It is suitable for use in heat transfer equipment.
Application fields of impregnated carbon graphite include chemical industry, machinery manufacturing field, etc. In the chemical industry, impregnated carbon graphite is often used to make sealing rings for reactors, seals for pipeline valves, etc. to ensure the safety and stability of production. In the field of machinery manufacturing, impregnated carbon graphite can be used to make components such as bearings and piston rings that need to work in high temperature, high pressure or corrosive environments.
