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  • Carbon Additive Calcined Petroleum Coke CPC From China
  • Carbon Additive Calcined Petroleum Coke CPC From China
  • Carbon Additive Calcined Petroleum Coke CPC From China
  • Carbon Additive Calcined Petroleum Coke CPC From China
  • Carbon Additive Calcined Petroleum Coke CPC From China
  • Carbon Additive Calcined Petroleum Coke CPC From China
Carbon Additive Calcined Petroleum Coke CPC From China

Carbon Additive Calcined Petroleum Coke CPC From China

  • >= 20 Tons
    $500
View product details

Carbon Additive Calcined Petroleum Coke CPC From China

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Industrial Carbon Additive: High-purity calcined petroleum coke (CPC) designed for use in electrodes, steel production, and carbon-based manufacturing processes.
  • Heat Resistance: Engineered to withstand extreme temperatures, making it ideal for high-temperature industrial applications like foundries and metallurgy.

Key features

  • 1. Material Technology: Calcined Petroleum Coke for Enhanced Purity

    • With calcined petroleum coke (CPC), achieve a high-purity carbon material (~85-92% carbon content) through controlled thermal processing. This eliminates impurities, ensuring superior performance compared to raw petroleum coke*.

  • 2. Performance Parameters: Extreme Temperature Resistance

    • With a melting point exceeding 3,000°C, this CPC withstands harsh industrial environments, outperforming standard carbon materials in high-heat applications like metallurgy and electrode manufacturing*.

  • 3. Scenario Solutions: Versatile Industrial Applications

    • Designed for industrial use, this CPC is ideal for steel production, battery anodes, and graphite electrodes. Its dense structure ensures stability in continuous high-load operations, unlike porous alternatives*.

  • 4. Certification Standards: Compliance with Industrial Specifications

    • Manufactured to meet global industrial standards (e.g., ISO, ASTM), ensuring reliability for critical applications. Certification details available upon request*.

  • 5. Durability & Density: Optimized for Structural Integrity

    • With a compact, dense structure from calcination, this CPC resists degradation in corrosive or abrasive conditions, extending equipment lifespan compared to lower-grade carbon materials*.

  • Notes:

    • The product’s volcanic-rock-like appearance (dense, rugged texture) aligns with its industrial-grade durability.

Product details

Carbon Additive Calcined Petroleum Coke CPC From China

Carbon Additive Calcined Petroleum Coke (CPC) is a high-purity, durable material derived from petroleum coke, engineered for industrial applications requiring thermal stability and chemical resistance. Its dark, irregular granular structure and natural rugged texture make it ideal for demanding environments.

Technical specifications

FeatureSpecificationBenefit
MaterialCalcined Petroleum Coke (CPC)High thermal resistance and low impurity
Chemical CompositionCarbon (>92%)Enhanced reactivity in metallurgical processes
ApplicationIndustrial (metallurgy, refractories)Withstands extreme temperatures (up to 1600°C)
Particle SizeAdjustable (2-20mm)Customizable for specific process needs

Customization guide

Adjustable particle size (2-20mm) and bulk density (0.8–1.2g/cm³) to meet specialized requirements for furnace linings, electrode production, or carbon additive blends.

Get inspired

With its robust composition and versatility, Carbon Additive CPC is a cornerstone material for industries demanding durability. Use it in blast furnaces, steelmaking electrodes, or as a refractory lining to optimize performance under harsh conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Carbon Purity92%94% (+2%)95% (+3%)*
Particle Size5-10mm2-20mm (adjustable)2-20mm (precision)
Thermal Resistance1500°C1550°C (+3%)1600°C (+6%)

Supplier's note

  1. Technical Breakthroughs:

    • Pro Model’s 95% carbon purity ensures superior conductivity and efficiency in high-end electrodes.
    • Advanced Model’s adjustable particle size enables seamless integration into diverse industrial processes.
    • Base Model’s cost-effective thermal resistance (1500°C) meets standard furnace requirements.

  2. Optimal Version Selection:

    • Base Model: Ideal for general industrial applications (e.g., basic refractory linings) where cost-efficiency is prioritized.
    • Advanced Model: Suitable for mid-tier processes requiring flexibility, such as carbon additive blending in steel production.
    • Pro Model: Recommended for high-temperature environments (e.g., electric arc furnaces) needing 20% higher thermal stability than industry benchmarks.

With the Pro Model’s 1600°C resistance, you can safely operate in extreme conditions, while its precision particle size ensures uniform distribution in electrode manufacturing. The Base Model’s affordability makes it a reliable choice for routine industrial use.

Frequently asked questions

  • Which calcined petroleum coke (CPC) model is best suited for steel production applications?

  • How does calcined petroleum coke compare to graphite in electrode manufacturing?

  • Is your calcined petroleum coke (CPC) compliant with ISO industrial standards?

  • Can your CPC be customized for lithium-ion battery anodes?

  • What are the key benefits of calcined vs raw petroleum coke in aluminum smelting?

  • Which CPC model suits carbon additive needs for electric arc furnaces?

  • What applications benefit from your petroleum coke’s low sulfur content?

  • How does your CPC’s thermal conductivity compare to coal-based carbons?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Carbon ContentLithium-ion batteries, electrodesIndustry Standard: 90% (ASTM D3887) → Our Base: 92% ▲ → Our Advanced: 95% ▲▲Higher purity improves conductivity and energy density (e.g., electric vehicles).Advanced tier requires premium pricing due to purification processes.
Particle SizeGraphite anodes, refractory materialsIndustry: 0–3 mm → Base: 0–3 mm → Advanced: 0–1 mm ▲▲ (ISO 3310)Finer particles in Advanced tier enhance surface area for faster charging.Smaller particles increase production costs and handling complexity.
Bulk DensityConstruction aggregates,Foundry moldsIndustry: 0.8 g/cm³ → Base: 0.9 g/cm³ ▲ → Advanced: 1.0 g/cm³ ▲▲Higher density in Advanced tier improves structural stability in molds.Denser material may reduce workability in certain applications.
Ash ContentHigh-temperature cruciblesIndustry: ≤1.5% → Base: ≤1.0% ▲ → Advanced: ≤0.5% ▲▲ (ASTM D3887)Lower ash reduces impurities, critical for semiconductor-grade crucibles.Advanced purification adds cost; Base tier sufficient for standard crucibles.
Compressive StrengthRoadbeds, industrial flooringIndustry: 30 MPa → Base: 35 MPa ▲ → Advanced: 40 MPa ▲▲ (ASTM C109)Advanced tier withstands heavy machinery in industrial plants.Higher strength may limit flexibility in uneven terrain applications.
Moisture ContentFoundry green sand mixturesIndustry: ≤2% → Base: ≤1.5% ▲ → Advanced: ≤1% ▲▲ (ASTM D2216)Lower moisture improves mold integrity and reduces cracking risks.Advanced drying processes increase energy use and time.

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