| Customization: | Available |
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| Application: | Metallurgical Industry |
| Carbon Content: | High-Carbon |
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Foundry coke, also referred to as hard coal coke, emerges from the meticulous production within non-recovery coke ovens. It plays a pivotal role in the melting of iron and various metals such as lead, copper, tin, and zinc, predominantly within the confines of a cupola furnace at foundries. Renowned for its dense structure, elevated carbon content, minimal ash, and remarkable heating value, foundry coke distinctly outmatches metallurgical coke with its larger size. The precise dimensions of foundry coke are tailored to the specific requirements of the cupola furnace size. Serving as an indispensable supporting matrix, a potent reducing agent, and an efficient energy carrier in the pig iron manufacturing process, large-sized foundry coke delivers compelling benefits such as reduced blasting pressure, heightened metal temperatures, minimized breakage during handling, and a diminished reaction with CO2.
The expansive global foundry coke market presents diverse segmentation options based on furnace size, processing techniques, metal smelting types, and geographical regions. Structurally categorized by furnace size, foundry coke is available for dimensions spanning 600-1200 mm, 1200-1800 mm, and exceeding 1800 mm. Typically combusted within a cupola furnace, the foundry coke size is meticulously selected based on the internal diameter of the furnace. Notably, larger furnace sizes necessitate correspondingly larger foundry coke dimensions, optimizing the efficiency and effectiveness of the metallurgical processes involved.
Serving as a crucial component within blast furnaces, foundry coke is integral to the smelting of copper, lead, zinc, titanium, antimony, and a variety of other non-ferrous metals. Acting as a vital heat source, it ensures the maintenance of necessary carbon content within the metal outputs. The production of foundry coke demands relatively lower temperatures and extended durations compared to blast furnace coke, resulting in distinctive attributes such as large block size, reduced reactivity, low porosity, impressive shatter strength, and low ash and sulfur content, making it an exemplary choice for high-performance metal smelting operations.
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