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Direct Factory Price Industrial Mettalurgical Coke Coal Thermal Conduction Graphite Met Coke Gas Exporter From India

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Thermal Conduction: High-temperature resistant metallurgical coke designed for efficient heat transfer in industrial furnaces and blast systems.
  • Gas Production: Generates carbon monoxide (CO) gas critical for metallurgical processes like iron smelting and alloy production.

Key features

  • 1. Advanced Material Technology

  • With a high-purity carbon structure, ensure efficient thermal conduction and resistance to high-temperature degradation in industrial processes.

  • 2. Superior Thermal Performance

  • With superior thermal conductivity (~20% higher than standard coke*), achieve faster heat transfer in metallurgical applications.

  • 3. Enhanced Mechanical Strength

  • With high mechanical strength, withstand extreme temperatures and pressures in blast furnaces without crumbling, ensuring durability during prolonged use.

  • 4. Optimized Industrial Application

  • Designed for blast furnace use, optimize coke reactivity and minimize byproduct emissions for efficient iron production in industrial settings.

  • 5. Compliance with Industry Standards

  • Complies with international metallurgical standards (e.g., ISO certification), ensuring reliability and safety in industrial operations.

Product details

Direct Factory Price Industrial Mettalurgical Coke Coal Thermal Conduction Graphite Met Coke Gas Exporter From India

Industrial metallurgical coke is a high-purity carbon fuel engineered for blast furnace operations. Crafted from metallurgical coal blends, this coke delivers superior thermal conductivity and structural integrity for efficient iron smelting. Our factory-direct pricing ensures cost-effective solutions for steel manufacturers and industrial clients.

Technical specifications

FeatureSpecificationApplication Scenario
Material Composition90%+ fixed carbon (metallurgical coal blend)Blast furnace fuel, iron ore reduction
Porosity4-5% (adjustable)Optimized gas permeability in smelting
Thermal Conductivity0.05–0.07 W/m·KHigh-temperature metallurgical processes
Density0.45–0.55 g/cm³Ensures stable bed formation in furnaces
Moisture Content<1.5% (ISO 589:2016)Prevents combustion inefficiencies

Customization guide

Adjust porosity levels (+/- 1%) to match furnace gas flow requirements. Modify ash content (<15% to <8%) for high-purity applications.

Get inspired

With high thermal conductivity, you can achieve faster heat transfer in blast furnaces. Our customizable porosity ensures optimal gas permeability for your smelting needs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Conductivity0.05 W/m·K+15% (0.058 W)+30% (0.065 W)*
Mechanical Strength60 MPa75 MPa90 MPa
Ash Content<15%<12%<8%
CertificationsISO 589:2016ISO + ASTM C20ISO/ASTM/EN 13258

Supplier's note

  1. Breakthroughs:

    • Thermal Conductivity: Pro Model’s 0.065 W/m·K outperforms industry benchmarks by 20%, reducing energy costs.
    • Low Ash Content: Pro Model’s <8% ash minimizes slag formation, extending furnace lifespan.
    • Strength: Advanced Model’s 75 MPa crush resistance handles extreme furnace pressures.
  2. Version Selection:

    • Base Model: Ideal for standard blast furnaces requiring cost-effective solutions.
    • Advanced Model: Recommended for high-temperature operations needing enhanced durability.
    • Pro Model: Best for premium steel producers demanding ultra-low ash and peak thermal efficiency. Example: With the Pro’s triple-certified ash control, you can achieve 99.5% iron ore purity in critical smelting stages.

*Pro Model’s thermal conductivity exceeds industry standards by 30% when tested under 1200°C conditions.

Frequently asked questions

  • Which metallurgical coke model is best suited for blast furnace applications in heavy industries?

  • How does metallurgical coke’s thermal conductivity compare to coal for industrial use?

  • What maintenance is required to ensure longevity of metallurgical coke storage?

  • Is Indian metallurgical coke FDA-approved for industrial applications?

  • Can metallurgical coke be customized for specific industrial needs like size or carbon content?

  • How does the porosity of metallurgical coke enhance industrial thermal processes?

  • What advantages does Indian metallurgical coke offer over standard coal for industrial use?

  • How does the ash content in metallurgical coke impact industrial furnace efficiency?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Thermal ConductivityBlast Furnaces, Heat ExchangersIndustry: 15 W/m·KBase: 18 W/m·K (▲)Advanced: 22 W/m·K (▲▲▲) (ISO 8890, outperforms standard coke by 46%)
Ash ContentSteel Production, FoundriesIndustry: 15%Base: 10% (▲)Advanced: 5% (▲▲▲) (ASTM D346, reduces slag by 67%)
Sulfur ContentEnvironmental Compliance, Emission-Critical PlantsIndustry: 1.5%Base: 0.8% (▲)Advanced: 0.3% (▲▲▲) (EN 15722, meets EU emission standards)
Fixed CarbonEnergy-Intensive IndustriesIndustry: 80%Base: 85% (▲)Advanced: 90% (▲▲▲) (ASTM D3173, 25% higher energy density)
Mechanical StrengthTransportation, Heavy MachineryIndustry: 2000 N Crushing StrengthBase: 2500 N (▲)Advanced: 3000 N (▲▲▲) (ASTM D6910, 50% stronger than standard)
Moisture ContentCombustion Efficiency, Rapid IgnitionIndustry: 8%Base: 5% (▲)Advanced: 2% (▲▲▲) (ISO 589, ignites 3x faster)

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