Graphite Petroleum Coke provides a great source of carbon for steelmaking, cast iron, and other industrial applications. It is transformed into a highly ordered, crystalline graphite by a process called graphitization. This process gives it a number of unique properties which make it a valuable raw material in various industrial applications. These properties include low sulfur, low nitrogen, low ash, high carbon, and outstanding heat conductivity.
GPC is a material that can be used in steelmaking to improve the product's quality by improving its strength and resistance against fatigue and corrosion. Thermal conductivity of the material also helps minimize impurities that can affect steel quality. This ensures optimal performance and a longer life span.
Its superior lubricating characteristics make it an excellent addition to friction materials like brake pads and clutch linings, mitigating wear and ensuring consistent performance over long periods of time. In addition, it has inherent insulating as well as fire-retardant characteristics that make it the ideal additive for gaskets or coatings.
Our GPC products are ideal for industrial processes with high quality standards due to their low sulfur and nitrogen contents. These features minimize emissions of sulfur dioxide and nitrogen oxides during production, which contribute to air pollution and environmental degradation.
During the steelmaking process, GPC acts as a reducing agent, removing oxygen from the steel while promoting chemical reactions that enhance its mechanical properties and yield higher-quality final products. The low ash content of the material also helps to prevent contamination in steelmaking applications and foundry applications. This helps to ensure that finished goods are not contaminated.
GPC is used in the production carbon electrodes for electric-arc furnaces due to its exceptional metallurgical characteristics. Its high graphite content and ordered crystalline structure provides a stable platform for conducting electricity efficiently, thereby minimising resistance and power. Additionally, the material's high vapor pressure and heat-retention capabilities help keep the electrodes cool even in high-temperature environments.
Graphitized Petroleum Coke is also an ideal raw materials for the production of lithium-ion batteries due to its superior electrical conductivity. Its ordered-graphite structure promotes the electrochemical reactions which lead to a more efficient battery storage. This allows manufacturers to produce batteries which deliver superior performance. The low ash content of the material and its superior chemical stability also reduces the risk of impurities contaminating the final battery. This increases its efficiency and durability. As a result, the incorporation of GPC in lithium-ion battery manufacturing ensures that these batteries can be used for longer periods of time with fewer charge cycles. This results in a more sustainable energy solution that can meet the growing demand for environmentally-friendly alternatives to fossil fuels.
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