Graphitized Petroleum Coke

resistance. It has a wide range of applications, mainly including the following aspects:

Metallurgical industry: Graphitized petroleum coke is the best carbonization agent for smelting, especially suitable for the steelmaking industry. It can effectively improve the quality of steel, reduce production costs, and promote the development of the steel industry. ‌

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Graphite product production: Graphitized petroleum coke is a raw material for producing large cathode blocks, large carbon electrodes, large graphitized electrodes, and high-performance electrode pastes. At the same time, it can also partially replace graphite flakes and be used to manufacture high-tech products such as graphite emulsion, graphite sealing materials and composite materials, graphite anti-wear additives, etc.

Military industry: After deep processing, graphitized petroleum coke can be used to produce stabilizers for military industrial pyrotechnic materials.

Other industrial fields: Graphitized petroleum coke is also widely used in the chemical industry (as a reducing agent, casting reduction inoculant, refractory materials, etc.), mechanical industry (as a lubricant), electrical industry (carbon brush), battery industry (electrode), fertilizer industry (catalyst), and the production of high-temperature crucibles, electrodes, and pencil leads in smelting.

Lithium-ion batteries: It is used as an anode material in lithium-ion batteries because of its high carbon content, thermal conductivity, and electrical conductivity.

Steel making: It is used as a carbon additive when produce steel, as it can enhance the quality of the steel by lessening impurities and adding carbon content.

Aluminum smelting: It is used as a carbon additive when aluminum smelting, as it can improve the electrical conductivity of the anode and decrease energy usage during smelting process.

Foundry: It is used as a recarburizer in the foundry industry to enhance the properties of cast iron and steel.

Chemical production: It is used as a raw material when produce carbon-based chemicals, for instance, acetylene and carbon black.

Energy storage: It is being explored as a potential electrode material in advanced energy storage systems, for example, super-capacitors and lithium-sulfur batteries.