Product description

Graphite plate machined is key carriers in industrial applications. With their unique characteristics, they have become irreplaceable components in the industrial field.

In the field of high-temperature manufacturing, graphite plates have become the core insulation carriers of single crystal silicon growth furnaces and vacuum sintering furnaces due to their high temperature resistance (high temperature resistance up to 2800℃) and low thermal expansion coefficient.

Among them, the high temperature stability of graphite plates ensures a high-purity growth environment for precision materials such as semiconductor wafers. In addition, graphite plates can withstand continuous thermal shock under 1200℃ conditions and are used in the roller system of annealing kilns in the glass industry.

In the electrochemical industry, the excellent conductivity and corrosion resistance of graphite plates make them the core anode components in the electrolytic cells of the chlor-alkali industry, and they can maintain high electrolysis efficiency even in strong acid and alkali environments. For example, graphite fuel cell bipolar plates, its use supports the commercialization process of new energy power generation systems.

In addition, graphite plates also have excellent self-lubrication and anti-adhesion capabilities, and are also widely used in metal continuous casting crystallizer linings, which helps to achieve zero-defect separation of high-temperature molten steel during solidification and molding.

Graphite plate machined can be customized with complex flow channel structures and ultra-thin sealing surfaces according to customer needs. Its application has promoted innovations in semiconductor manufacturing, new energy development and other fields.

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