Metallurgical Coke

High compressive and abrasion strength

Resistant to crushing and abrasion during transportation and use in blast furnaces

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Porosity suitable for gas passage

Controlled porous structure that provides uniform gas flow in the iron ore reduction process

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Excellent heat resistance

Withstands temperatures of several thousand degrees without deforming or reducing mechanical and chemical properties

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Chemical purity and fixed carbon

Stable carbon and low ash content to prevent contamination of the final steel

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Metallurgical coke is an essential material in steelmaking, produced from high-quality metallurgical coal. With exceptional mechanical and thermal strength, it can withstand the intense pressure and temperatures of blast furnaces. Its porous structure allows uniform passage of reducing gases, enhancing process efficiency. Additionally, its high carbon purity improves the quality of the final steel. Using metallurgical coke reduces production costs and significantly increases the productivity of smelting operations.

Metallurgical coke is a solid, carbon-rich material produced through the high-temperature carbonisation of coal. It plays a vital role in blast furnaces, serving both as an energy source and as a reducing agent for iron ore. Its exceptional resistance to breakage and high temperatures ensures stable smelting operations. The porous structure of the coke promotes efficient gas flow and uniform reactions throughout the furnace bed. Using metallurgical coke enhances metal quality, reduces production downtime, and lowers operational costs.

Coke is a critical material in metallurgical processes, playing multiple key roles in blast furnaces. It serves both as the primary source of thermal energy and as a reducing agent for iron ores. Its porous structure allows efficient passage of reducing gases through the furnace bed, facilitating the reduction of iron oxides and metal production.

Additionally, coke is essential in the pig iron carburization process, increasing its carbon content. In cupola furnaces, coke functions simultaneously as fuel and reducing agent, improving smelting efficiency. It also holds a significant role in foundry operations, enhancing the production of alloys and high-quality metal components by increasing process efficiency and control. These combined properties make coke a cornerstone of industrial steel and cast iron production.

Metallurgical coke, with its exceptional mechanical and thermal strength, not only withstands extreme pressure and temperatures but also enhances the performance of blast furnace operations. Its porous structure ensures uniform passage of reducing gases, increasing the efficiency of iron ore reduction. These features make metallurgical coke an unmatched material for producing high-quality, consistent steel while minimising furnace downtime and operational costs.

Our company supplies coke produced from the finest metallurgical coal using advanced coking technology, delivering a product with high purity and consistent properties. Our expert team guarantees that the coke meets internationally recognised standards. With on-time delivery, specialised technical consultation, and competitive pricing, we are your ideal industrial partner. Our metallurgical coke supports sustainable, cost-effective, and high-quality production processes.

Size (mm)	%FC	%Ash	%VM	%S	%Mo
0–5	75–80	20 Max	2 Max	1–1.4	3 Max
1–3	+80	16–18	2 Max	1–1.4	3 Max
1–5	+80	16–18	2 Max	1–1.4	3 Max
3–8	+80	16–18	2 Max	1–1.4	1 Max
5–15	80–83	16 Max	2 Max	1–1.4	1 Max
10–30	80–83	16 Max	2 Max	1–1.4	1 Max
25–80	80–84	16 Max	2 Max	1–1.4	1 Max
60–140	80–84	16 Max	2 Max	1–1.4	1 Max

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