coke

High fixed carbon content

It has a high percentage of pure carbon, which helps generate high heat and fuel efficiency.

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Good mechanical resistance

Its hard and dense structure provides high durability against crushing and mechanical pressure.

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Good thermal conductivity

It has the ability to transfer heat evenly and increases efficiency in industrial thermal processes.

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Low ash and moisture content

Fewer impurities result in better fuel quality and reduced smoke and pollution production.

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Traditional coke is a solid, carbon-rich material produced by the slow carbonisation of coal under carefully controlled temperature and time conditions. With its high fixed carbon content and low levels of impurities, it generates a concentrated and stable heat essential for heavy industrial processes. Its favourable mechanical strength prevents breakage and quality loss during handling and use. In steelmaking, foundries, and alloy production, traditional coke is widely recognised as an efficient fuel and reducing agent.

Traditional coke, with its hard and dense structure, is the result of coal carbonisation under controlled conditions. These properties allow it to deliver steady and reliable heat in blast furnaces and metallurgical units. With low ash content and high fixed carbon, it provides efficient energy output while generating less pollution. Its resistance to thermal shock and long service life make its use highly cost-effective. Traditional coke continues to hold an essential position in energy-intensive and metal-based industries worldwide.

Coke is a solid, carbon-rich material produced through the slow and controlled distillation of coal. During this process, most volatile components and moisture are removed, resulting in a dense product with high fixed carbon content and significant calorific value. Due to its hard structure, low ash content, and high heat-generating capacity, coke is recognised as an important energy source across various industries.

It is used not only as a direct fuel in thermal processes but also plays a key role in metallurgy, particularly in steelmaking blast furnaces. Serving as an effective alternative to raw coal, coke helps reduce pollution, increase energy efficiency, and improve product quality. Its strong mechanical strength and good thermal conductivity ensure stable performance even under demanding industrial conditions. These properties make coke a vital material in the energy and industrial production sectors.

Traditional coke, with its high fixed carbon content, provides not only uniform and stable heat but also exceptional performance under the harsh conditions of industrial furnaces. This enables it to resist breakage, wear, and performance loss at high temperatures. Such characteristics make traditional coke an ideal choice for metallurgical processes, especially in steelmaking blast furnaces, reducing production downtime and maintenance costs.

Our company produces high-quality coke with a uniform composition using premium coal and a controlled coking process. Our expert team ensures that the supplied product meets international standards. In addition, on-time delivery, technical consultation for optimised usage, and competitive pricing make us a preferred partner for your supply needs. Choosing our coke guarantees higher efficiency and consistent quality in your operations.

S	Mo	VM	Ash	FC
0.5	1–2	2–3	25–28	68–72
0.5	1–2	1.5–3	22–25	74–78

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