Product description

8mm carbon graphite plate has become a high-performance material in the industrial field due to its excellent performance and is used in some specific industrial environments.

Graphite plate is resistant to high temperature, has high thermal conductivity, is self-lubricating and has stable chemical properties. It once became an irreplaceable role in extreme working conditions in the industrial field. It presents different characteristics in different fields.

In semiconductor manufacturing, 8mm carbon graphite plate is the core component of wafer processing equipment. When silicon wafers are diffused in high-temperature furnace tubes, graphite plates are often used as carrier trays due to their excellent high temperature resistance, which can not only ensure dimensional stability at high temperatures, but also avoid metal contamination; in the high-temperature heat treatment industry, graphite plates are used as material racks in carburizing furnaces for automotive parts due to their corrosion resistance and high thermal conductivity. Compared with traditional heat-resistant alloys, graphite racks have a longer service life, and uniform heat conduction reduces the standard deviation of workpiece hardness.

The most prominent application of 8mm carbon graphite plate is its application in aluminum electrolytic cells. In this application, graphite plates are often used as cathode conductive materials to meet the requirements of both conductivity and resistance to sodium corrosion. Of course, in practical applications, in order to improve its performance, the graphite plate can also be subjected to special impregnation treatment.