Introduction:

Graphite powder reacts with oxygen at different high temperatures to produce carbon dioxide or carbon monoxide; among halogens, only fluorine can react directly with elemental carbon; under heating, graphite powder is more easily oxidized by acids; at high temperatures, it can also react with many metals to form Metal carbides can smelt metals at high temperatures.

Features:

1. High temperature resistant type
2. Strong electrical and thermal conductivity
3. High chemical stability
4. Good thermal shock resistance

Applications:

1. Used as refractory materials: In the metallurgical industry, it is mainly used to make graphite crucibles, as a protective agent for steel ingots in steelmaking, and as a lining for metallurgical furnaces.
2. Used as conductive material: used in the electrical industry to manufacture electrodes, brushes, carbon rods, carbon tubes, and the positive electrode of mercury current collectors.
3. Use as wear-resistant lubricating material: often used as lubricant in the machinery industry.