Anthracite coal emerges as a cost-effective alternative to the traditionally expensive coke, offering a comparable substitute for metallurgical purposes. With its high rank, distinctive metallic lustre, and low volatile matter, anthracite coal stands out as a versatile option suitable for partial or full replacement in various industrial applications.

This coal variant not only proves to be economically efficient but also boasts characteristics that make it a valuable choice for processes requiring a high-quality fuel source. Its metallic lustre and low volatile matter contribute to enhanced efficiency, making it a compelling option in scenarios where coke usage may be economically challenging.

Metallurgical coal plays a pivotal role in steel production by serving as a raw material for the production of coke. The resulting coke exhibits remarkable strength, enabling it to withstand pressure and minimize breakage during the steelmaking process.

Beyond its strength, what sets coking coal apart is its higher purity compared to thermal or steam coal, which is primarily utilized for energy generation. This elevated purity level makes coking coal an indispensable resource in the steel industry, contributing to the production of high-quality steel with specific and desirable characteristics. The utilization of coking coal represents a strategic choice in optimizing steel manufacturing processes and ensuring the production of top-tier steel products.