Low Sulfur Carbon Additive Graphite Granule

Graphite petroleum coke, commonly known as GPC, is a significant carbon-based material widely used in various industrial applications. Its unique properties and versatility make it a preferred choice for several sectors, including steel manufacturing, aluminum smelting, and energy storage.

Graphitized Petroleum Coke typically contains over 98% carbon by weight, with low levels of impurities such as sulfur, nitrogen, and ash. The high carbon content makes GPC an excellent carbon additive for various industrial applications.
Graphitic Structure: Through the graphitization process, the carbon atoms in petroleum coke rearrange into a highly ordered graphitic structure, characterized by hexagonal lattice arrangements of carbon atoms. This structure imparts unique properties to GPC, including high thermal conductivity, electrical conductivity, and mechanical strength.

High purity Graphite petroleum coke,
Fixed Carbon -98.5% Min
Ash-0.8% Max
Volatile matter- 0.7% Max
Sulfur- 0.05% Max
Moisture- 0.5% Max
Size- 0-1mm, 0.2-1mm, 1-5mm, 3-8mm, etc.

1. Graphite Recarburizer is mainly used for metallurgy & foundry, it can improve the carbon content in steel-melting and casting.
2. Graphite Recarburizer can increase the quantity of scrap steel and reduce the quantity of pig iron, or use no scrap iron at all.
3. Graphite Recarburizer's also can be used for brake pedal and friction material.

High Thermal Conductivity: Graphitized Petroleum Coke exhibits high thermal conductivity due to its graphitic structure, making it an excellent heat transfer medium in applications such as steelmaking and aluminum smelting.
Low Electrical Resistivity: GPC has low electrical resistivity, making it suitable for use as a carbon electrode in electric arc furnaces and other electrical applications requiring high conductivity.
High Mechanical Strength: The graphitic structure of GPC provides excellent mechanical strength and stability, enabling it to withstand mechanical stresses and abrasion in harsh industrial environments.