Calcined Petroleum Coke FC 98% Min CPC

Metallurgical coke is widely used in casting and metallurgy Smelting.

Description

CPC has a high carbon content, typically above 97%, and can reach up to 99.5% or higher. This high carbon content makes it an excellent source of carbon in industrial processes that require a controlled and consistent carbon addition.
The main uses of Calcined petroleum coke are prebaked anodes and anode pastes used in electrolytic aluminum, carbonizers for the carbon industry, graphite electrodes, smelting industrial silicon and fuel industry.
S<3% high quality Calcined Petroleum Coke used in Aluminim Melting, especially in electrolytic Aluminium Production.

Specification of Calcined Petroleum Coke

Package: 25kg pp bags or Jumbo bags
Delivery: 5-10 days after received the advanced payment by sea

This high carbon content makes CPC suitable for applications that require a high-quality carbon source, such as:

Aluminum Smelting: In the production of anodes for aluminum smelting, high FC content CPC is desirable as it provides a reliable and consistent carbon source for efficient aluminum production.
Steel Production: Steelmaking processes often require carbon additives to achieve desired carbon levels and improve the mechanical properties of the steel. CPC with a high FC content can be used as a carbon additive in steel production.
Graphite Electrodes: High FC content CPC is an essential ingredient in the production of graphite electrodes, which are used in electric arc furnaces for steelmaking. Graphite electrodes provide the necessary electrical conductivity and heat for the steel melting process.
Other Carbon Products: CPC with a high FC content can be used in the manufacturing of various carbon-based products, such as carbon raisers, brake pads, carbon brushes, and more.

Calcined Petroleum Coke

Calcined Petroleum Coke (CPC) offers several advantages that make it a preferred carbon material for various industrial applications.

High Fixed Carbon: CPC has a high fixed carbon content, which is beneficial in various industrial processes. Fixed carbon provides a reliable source of carbon for processes that require controlled carbon addition, such as steelmaking and aluminum smelting. It also contributes to the high thermal conductivity and electrical resistivity of CPC.
Controlled Particle Size Distribution: CPC can be produced with a controlled particle size distribution to meet specific application requirements. Different processes may demand different particle sizes, and CPC can be tailored to match these needs, ensuring optimal performance and efficiency.
High Thermal Conductivity: CPC exhibits high thermal conductivity, making it suitable for applications where efficient heat transfer is important. This property is particularly relevant in processes such as aluminum smelting and steelmaking, where effective heat transfer is crucial for melting and refining operations.

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