High-purity graphite stands as an extraordinary substance with a multitude of applications across various industries.

Medium coarse graphite refers to a grade of graphite with particles larger than those found in fine or medium grades.

Medium coarse graphite with unique properties is suitable for the electronics industry, new energy, and other industries.

Understanding the characteristics of graphite materials is crucial for selecting the right one for a given task.

From powering our electronic devices to changing the way we store energy and shaping the aerospace industry, graphite's influence is far-reaching. 

Graphite rods are usually used as electric heaters in high-temperature vacuum furnaces, and the operating temperature can reach 3000°, and they are easily oxidized at high temperatures. They should only be used in neutral or reducing atmospheres, except in vacuum. Graphite rods have small coefficient of thermal expansion, high thermal conductivity, better processing performance than SiC and MoSi2, good performance in high temperature resistance, extreme cold and extreme heat, and low price.

The cost of fuel cells has dropped significantly in recent years, but costs remain high and volumes remain low. Therefore, cost reduction is still the key to industrialization.

According to industry insiders, in the process of bipolar plates, membranes, catalysts and gas diffusion, the system cost of the fuel cell is about half, while the bipolar plate accounts for 80% of the weight of the entire fuel cell, and the cost is 24%. Therefore, it is very important to reduce the cost of bipolar plates.

Graphite products made according to the characteristics of graphite materials are widely used.

Carbon-graphite products for electronic semiconductor industry

Semiconductor graphite mold, fuel cell deflector, graphite substrate, graphite pad for silicon rod cutting, graphite lining for electron beam evaporation, graphite boat for glass metal packaging, graphite for electronic sintering mold, graphite parts for ion implantation, single crystal furnace With graphite thermal field etc.