Graphite is a widely used carbon material with important application value in industrial, scientific, and technological fields. The following are 7 common uses of graphite:

Electrodes: Graphite can be used to manufacture electrodes, such as those in lead-acid batteries. Due to its high conductivity and durability, graphite has become an ideal material for battery electrodes. In addition, graphite can also be used to manufacture other types of electrodes, such as electrodes for fuel cells and electrodes for hydrogen production through water electrolysis.

Battery casing: Graphite can be used to manufacture battery casings, such as the casing of lithium-ion batteries. Due to its high strength and durability, graphite has become an ideal material for battery casings. In addition, graphite can also be used to manufacture other types of battery casings, such as lead-acid battery casings, sodium ion battery casings, etc.

Heat dissipation material: Graphite can be used to manufacture heat dissipation materials, such as heat sinks in heat exchangers. Due to its high thermal conductivity and durability, graphite has become an ideal material for heat dissipation.

Lubricant: Graphite can be used to manufacture lubricants, such as graphite discs. Due to its high friction coefficient and durability, graphite makes it an ideal material for lubricants.

Conductive materials: Graphite can be used to manufacture conductive materials, such as graphite fibers. Due to its high conductivity and durability, graphite has become an ideal material for conducting materials.

Catalyst: Graphite can be used to manufacture catalysts, such as graphene catalysts. Due to its high surface energy and chemical stability, graphite has become an ideal material for catalysts.

Coatings: Graphite can be used to manufacture coatings, such as graphite coatings. Due to its high adhesion and durability, graphite has become an ideal material for coatings.