High Conductivity Carbon Graphite Plate

Highly conductivity carbon graphite plate is a core functional plate material. It has become an important component in various industrial fields due to its excellent conductivity, chemical stability and lightweight characteristics.

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In the field of new energy, graphite plate can be used as a core component of lithium-ion batteries and fuel cells. Its high conductivity can reduce internal resistance and improve charging and discharging efficiency. For example, when used as a bipolar plate in a fuel cell, it helps to simultaneously complete electronic conduction and reaction gas distribution; in the photovoltaic industry, graphite plates can also be used as electrodes in crystalline silicon growth furnaces to ensure stable conductivity under high temperature environments.

In the field of industrial manufacturing, carbon graphite plates are often used as electrodes in electrolytic aluminum and chlor-alkali chemical scenes. It is not only resistant to high temperatures and corrosion, but also greatly extends the service life of the equipment.

3. In the field of electronic devices, graphite plates can be used as semiconductor heat dissipation substrates. Its excellent thermal conductivity and low expansion coefficient can effectively solve the problem of chip heat accumulation. For example, in vacuum coating equipment, it can be used as an evaporation source, thereby ensuring uniform and stable current transmission.

Highly conductivity carbon graphite plates achieve their conductive properties due to the high purity and densification characteristics of their materials. In addition, graphite plates can be customized and cut to meet the needs of complex scenarios, becoming an irreplaceable key functional material in modern industry.