Metallurgical Coke

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Metallurgical Coke Specification

Dimension (L*W*H)
Variable/lump form

Coal Calorific
High

Product Type
Solid Fuel

Material
Metallurgical Coke

Shape
Lumps

Sulphur Content (%)
0.5% max

Fixed Carbon
85% min

Phosphorus Content (%)
0.035% max

Volatile Matter (%)
1.5% max

Ash Content (%)
12% max

Weight
50 kg/bag or bulk

Hardness
High

Purity
High

Minimum Order Quantity
20 Tons

Color
Black

Transportation Mode
By road/rail

Application
Steel plant, foundry, ferro alloy industries

Packing Type
Loose or bagged

Metallurgical Coke Trade Information

Payment Terms
Cash Against Delivery (CAD), Cheque

Main Domestic Market
All India

About Metallurgical Coke

Years of experience and wide industry knowledge enabled us to export a broad collection of Metallurgical Coke. Our range of coke is superbly made from low ash and low sulfur bituminous coal that is enriched with excellent cooking properties. This is used for the applications where tough, high quality and resilient carbon are needed. Extensively applicable for steel and iron industries, our collection of Metallurgical Coke is available at discounted prices.

Features:

Fine chemical properties
Assured quality
Finely processed

Premium Quality for Industrial Excellence

Our metallurgical coke stands out for its exceptional purity and robust hardness. With a fixed carbon content of at least 85% and minimal impurities, it is engineered to deliver reliable fuel and reductant performance for steel, ferro alloy, and foundry applications. Suitable for both small-scale and large industrial setups.

Flexible Packaging and Convenient Logistics

We supply metallurgical coke in both loose bulk and secure 50 kg bagged formats to match your operational needs. With a minimum order of 20 tons and flexible delivery by road and rail, our logistics network guarantees timely and efficient supply throughout India. Each batch conforms to strict quality standards to ensure consistency.

FAQs of Metallurgical Coke:

Q: How is metallurgical coke used in steel plants and foundries?

A: Metallurgical coke serves as a primary fuel and reducing agent in blast furnaces for steel manufacturing and in foundries for melting metals. Its high carbon content and structural integrity allow efficient heat generation and support chemical reactions essential in metal extraction and processing.

Q: What are the key benefits of using high-purity metallurgical coke?

A: The main advantages include improved combustion efficiency, reduced impurities in metal outputs, and consistent performance due to low sulphur and phosphorus content. The high hardness and low ash characteristics contribute to optimal furnace operation and superior end-product quality.

Q: Where is your metallurgical coke exported and imported?

A: We source and distribute metallurgical coke across India, supplying to major steel plants, ferro alloy manufacturers, and foundries. As both exporter and importer, we can also fulfill international orders, adhering to global quality requirements.

Q: What packing types are available for metallurgical coke?

A: Customers can choose between loose bulk shipments or bagged coke in 50 kg units. This flexibility accommodates diverse handling and storage needs, making it suitable for facilities of all sizes.

Q: What is the process for ordering and delivery of metallurgical coke?

A: Orders start at a minimum of 20 tons. Once your requirements are confirmed, we organize transportation via road or rail, ensuring prompt and secure delivery anywhere in India. All batches are meticulously weighed and packaged according to your specifications.

Q: What specifications define the purity of your metallurgical coke?

A: Our metallurgical coke features fixed carbon of at least 85%, sulphur under 0.5%, phosphorus maximum of 0.035%, ash capped at 12%, and volatile matter not exceeding 1.5%, all contributing to a high-purity, high-performance product.

Q: When is metallurgical coke most efficiently used in industrial processes?

A: Metallurgical coke demonstrates maximum efficiency during high-temperature operations such as smelting in blast furnaces or alloy production processes, where its calorific value and strong structure are vital for sustained energy output and metal quality.

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