Special Graphite
One of the most distinguishing properties of special graphite, compared to ordinary graphite, is its exceptional purity.In addition to high-temperature graphitization, the material undergoes a purification process in a halogen atmosphere to achieve ultra-high purity.
With a significant reduction in impurities, special graphite is able to meet the most stringent requirements of industries such as semiconductors and nuclear energy.
Within the category of special graphite, the material can be classified into four types based on forming methods: isostatic, molded, extruded, and vibration-molded graphite.The key differences among these types lie in anisotropy and uniformity, which—along with purity—determine the properties and application suitability of each product.
