Product description

Carbon graphite plate is an important industrial component. It can also improve its high temperature oxidation resistance by adding antioxidants on the surface or inside of graphite.

Anti oxidant graphite plate has excellent performance and is often used as a key component in high temperature environment, such as metallurgical furnace lining, semiconductor heater, photovoltaic sintering mold, etc. It can work stably for a long time in oxygen or corrosive medium to avoid excessive loss caused by graphite oxidation, and extend the life of equipment and ensure production continuity.

Compared with ordinary graphite plate, the performance of anti oxidant graphite plate is better: 1. Stronger high temperature resistance: It can be used for a long time in an oxidizing environment above 800℃, while ordinary graphite will accelerate oxidation above 400℃; 2. Higher mechanical strength: After antioxidation treatment, its structure is denser, and its oxidation resistance and wear resistance are significantly improved; 3. Good chemical stability: It can resist acid and alkali corrosion and is suitable for harsh environments such as chemical industry and new energy. These characteristics enable it to reduce the frequency of replacement and reduce maintenance costs in high temperature processes.

In general, the application fields of anti oxidant graphite plates are more extensive, such as photovoltaic cell sintering, glass melting, aerospace high temperature molds, etc. Its long life and reliability save companies downtime and replacement costs while improving energy efficiency. It is a key material that combines performance and economic benefits in high-temperature industries.