Customization: | Available |
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Ash Content: | 11 |
Density: | High Density |
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1. As the paramount product of the coking process, more than 90% of coke produced globally is employed in blast furnace ironmaking. This transition from charcoal to coke for iron smelting marked a revolutionary milestone, laying the foundation for the modernization of large blast furnaces in metallurgical history.
2. Coke is also crucial for casting and smelting non-ferrous metals like copper, lead, zinc, titanium, and antimony in blast furnaces. It functions as a reducing agent, heat source, and structural skeleton, playing multiple vital roles in these processes.
3. In the smelting industry, coke finds limited applications in the preparation of essential elements such as calcium carbide, carbon disulfide, and phosphorus. Additionally, in steel joint ventures, coke powder serves as a sintering fuel. It is also instrumental as a raw material in producing water gas and other synthetic raw materials.
4. To enhance the technical and economic performance of blast furnace operations, smelting coke (metallurgical coke) must possess optimal chemical and physical properties, including superior thermal properties for the smelting process.
5. Apart from its substantial use in iron and non-ferrous metal smelting (metallurgical coke), coke is also indispensable in casting, chemical production, calcium carbide, and ferroalloy industries.
Our metallurgical coke can significantly substitute refinery coke or stone grinds due to its lower cost. With a calorific value exceeding 9386K/KG, it serves as an excellent fuel and can replace burnt carbon widely. Furthermore, burnt carbon exports require a quota, highlighting the cost-effectiveness of our carburizing agent.