Coke: Essential Industrial Fuel
Coke is a vital industrial product derived from coal, playing a key role in steelmaking and other industries. At Jindal Trading Co., we offer premium-grade coke to support various applications. Here’s everything you need to know about coke.
What is Coke?
Coke is produced by heating coal in an oxygen-free environment, a process called pyrolysis. This removes impurities like water and gases, leaving behind a solid material that is almost pure carbon.
Applications of Coke
Coke is essential for several industries. Let’s explore its major uses:
- Steel Manufacturing: Coke serves as both a fuel and a reducing agent in the blast furnace process. It helps extract iron from iron ore, making it crucial for steel production.
- Foundries: Coke provides high temperatures needed to melt and mold metals in foundries.
- Chemical Industry: It’s used in producing calcium carbide and other chemicals.
- Fuel for High-Temperature Processes: Coke’s high energy efficiency makes it suitable for industrial furnaces and kilns.
Benefits of Coke
- High carbon content ensures efficient burning.
- Minimal impurities make it a cleaner fuel compared to raw coal.
- Consistent performance in industrial applications.
Coke: Fuel for Steelmaking and Industrial Processes (Grades and Sizes)
| Product Name | Size/Percentage | Explanation |
|---|---|---|
| 12% MET COKE | 70-110 | Coke used in blast furnaces (furnaces that melt iron ore) for steelmaking. |
| 12% MET COKE | 60-80 | Coke used in steel production for reducing iron ore. |
| MET COKE | 12-20 | Smaller size coke used for metal production. |
| 12% + 18% LUMPI | Lump coke | Large pieces of coke used in industrial furnaces. |
| 18% LUMPI | Lump coke | Used in steel and iron production, larger chunks. |
| 18% MET COKE | 40-60 | Medium-sized coke used in blast furnaces. |
| 18% MET COKE | 80-100 | Used in iron production and steelmaking. |
| 18% MET COKE | 65-80 | Coke used in various steel production applications. |
| 24% + 28% | High-carbon coke | Used for making steel and in industrial processes requiring high carbon content. |
| 12% MET COKE | 20-30 + 10-25 | A combination of sizes for specific steel production. |
| 12% MET COKE | 100-150 | Large coke pieces used in high-temperature furnaces. |
| 12% MET COKE | 80-150 | High-quality coke for blast furnaces. |
| MET COKE | 65-80 + 80-100 | Mixture of different coke sizes used for steelmaking. |
| MET COKE | 80-120 | High-temperature coke used in industrial applications. |
| 12% MET COKE | 20-30 | Used in steelmaking for reducing iron ore. |
| 12% MET COKE | 65-80 | Used in energy-efficient steel production processes. |
| 12% + 18% | Mixed coke | Mixture of different coke types for specific applications. |
| 12% MET COKE | 4-8 | Small coke used for lower-temperature processes. |
| 12% MET COKE | 25-40 | Medium-sized coke used in industrial applications. |
| 12% MET COKE | 80-100 | High-grade coke for blast furnace use. |
| 12% MET COKE | 65-80 | Used for reducing iron ore in blast furnaces. |
| CARBON | - | Carbon material used in smelting and industrial processes. |
| 24% MET COKE | - | High-carbon coke used in smelting and metal production. |
| 24% + 28% LUMPI | Lump coke | Large coke used in high-temperature steel production. |
| HARD COKE | - | Strong coke used for industrial and high-temperature processes. |
| MET COKE | 12% MET COKE 6-12 + 16-26 + 20-30 + 25-40 | Special coke mixture for various industrial needs. |
Coke at Jindal Trading Co.
We supply coke tailored to your industrial needs, ensuring high quality and timely delivery. Whether for steelmaking or foundry operations, our coke meets the highest standards.