Graphite powder is a form of carbon. Graphite is finely ground into powder form, which is graphite powder. It is composed of layers of carbon atoms and has a smooth, dry texture. Graphite is an excellent conductor of electricity and heat and has a high melting point. It plays an important role in many fields.
Lubrication Field
Due to its low friction properties, graphite powder makes an ideal dry lubricant. Mainly suitable for use in situations where oil or grease lubricants are not suitable to reduce friction between components during the manufacturing process.
Material Reinforcement
Adding graphite powder to materials such as plastics, rubber and metals can significantly improve their performance. For example, it can make plastics and rubbers more conductive, or improve the performance of materials used in battery construction.
High Temperature and Chemical Resistance
Graphite powder is resistant to heat and chemical reactions, making it an ideal material for manufacturing high-temperature components such as crucibles, molds and casting finishes.
Arts and Industry
Graphite powder is used in the arts for painting, especially to create shading effects. In industry, it is an ingredient in pencils and paints and coatings.
Electronics Industry
Graphite powder is electrically conductive and is used to make electrodes and batteries.
Thermal Management
In electronics and other industries, graphite powder is used in thermal management applications such as thermal pads to help conduct heat away from sensitive components.
HGM Micro Powder Grinding Mill
Input Size: ≦20 mm
Finished Size: 150-2500 mesh
Capacity: 0.5-45 t/h
CLUM Series Ultrafine Vertical Roller Mill
Input Size: <10 mm
Finished Size: 400-3000 mesh
Enhanced Roller Grinding Mill
Input Size: <20 mm
Finished Size: 50-325 mesh
Capacity: 1-35 t/h
European Coarse Powder Grinding Mill
Input Size: ≦80 mm
Finished Size: ≦8 mm
Capacity: 8-70 t/h
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