Customization: | Available |
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Ash Content: | 11 |
Density: | High Density |
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1. As the most crucial product of coking, over 90% of coke produced globally is used for blast furnace ironmaking. Replacing charcoal with coke in iron smelting has laid the groundwork for modern large-scale blast furnaces, marking a significant milestone in metallurgical history.
2. It is essential for casting and the smelting of non-ferrous metals such as copper, lead, zinc, titanium, and antimony, acting as a reducing agent, heat source, and support structure.
3. In the smelting industry, a small quantity is used for producing calcium carbide, carbon disulfide, phosphorus, and other elements. In steel joint ventures, coke powder serves as a sintering fuel. Additionally, coke can be a raw material for producing water gas, which is used to synthesize various raw materials.
4. To achieve optimal technical and economic indicators in blast furnace operations, metallurgical coke must possess suitable chemical and physical properties, including thermal properties vital for the smelting process.
5. Besides its extensive use in smelting iron and non-ferrous metals (metallurgical coke), coke is also vital for casting, chemical processes, calcium carbide production, and ferroalloy manufacturing.
It can significantly replace refinery coke or stone grinds at a substantially lower cost. Carbon Additive can also function as a fuel, boasting a calorific value exceeding 9386K/KG. Moreover, it can substitute burnt carbon on a large scale. Given that burnt carbon exports require quotas, the price advantage of the carburizing agent is equally significant.