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Semiconductor manufacturing

The graphite components used in the semiconductor industry have higher requirements for graphite materials, requiring stable quality and low loss, and we use graphite materials with high dense structure, isotropic and ultra-high purity to minimize the particles generated during use.Graphite has the following applications in the semiconductor industry:


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Semiconductor Industry

The graphite components used in the semiconductor industry have higher requirements for graphite materials, requiring stable quality and low loss, and we use graphite materials with high dense structure, isotropic and ultra-high purity to minimize the particles generated during use.Graphite has the following applications in the semiconductor industry:

1. Graphite electrode: Graphite electrode is an important part of the manufacture of lithium-ion batteries, electrolytic water, electrolyte sensors, electrolytic presses and other electro-chemical equipment. Graphite electrode has good electrical conductivity, thermal conductivity and chemical stability, and can withstand high current density and high temperature.

2. Graphite material: Graphite material can be used to manufacture electrodes and carriers in the preparation process of semiconductor wafers. It has high temperature stability, low roughness and low adsorption capacity, which can provide good support and heat transfer performance in semiconductor processes.

3. Graphite heat sink: In the integrated circuit packaging process, due to the high density of circuit components and the increase in working power consumption, a lot of heat will be generated. Graphite materials are used as heat sinks or heat sinks because of their high thermal conductivity, which can quickly conduct heat to the surrounding environment, keeping the operating temperature of semiconductor devices within a safe range.

In short, the application of graphite in the semiconductor industry is mainly to use its good electrical conductivity, thermal conductivity and chemical stability for the manufacture of electrodes, carrier plates and radiators and other components to improve the performance and reliability of semiconductor devices.

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