Graphitized Calcined Petroleum Coke For Batteries

Graphitized calcined petroleum coke for batteries

It is a favourable material used when produce lithium-ion batteries, and widely used in consumer electronics, electric vehicles, and stationary energy storage systems. It is a form of carbon material which derived from crude oil refining. Through process of calcination, it is heated to high temperature aims at eliminating volatile compounds, and then a process of graphitization, which means further heating to create a highly ordered crystalline structure.

Its properties make it an ideal material for use in batteries. It has a high carbon content, which provides a high energy density and with a high thermal conductivity that helps to dissipate heat during battery operation. In addition to this point, its highly ordered crystalline structure provides sound electrical conductivity, which is very important for the proper functioning of a battery.

It is used as an anode material in lithium-ion batteries. The anode is the electrode that releases electrons during battery discharge, and the electrons flow through an external circuit to power a device. During battery charging, the anode absorbs electrons, which are stored in the battery. It provides stable and reliable source of electrons for battery operation, which is important for battery's performance and safety.

Product Packing

1. in 25kgs per bag

2. 25kgs bags put into a 1000kg jumbo bag

3.in 1000kg jumbo bag

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.