Metallurgical Graphite Powder

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Metallurgical Graphite Powder
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Metallurgical graphite powder, with a conductivity of ≥ 10^5 S/m, a thermal expansion coefficient of ≤ 3×10^-6/K, and a particle size distribution of ≤ 0.1μm. It is specially designed for steel smelting and continuous casting lubrication. Direct supply from the source factory. Industry-leading density ensures the stability and maximum efficiency of the metallurgical process.
Core Strengths:
Super high-temperature stability: Metallurgical graphite powder enhances its heat resistance through graphene intercalation technology. The thermal expansion coefficient is ≤ 3×10^-6/K, capable of adapting to smelting environments above 1600℃, reducing the risk of thermal stress cracking.
Industry density advantage: Only 15% of enterprises worldwide possess the technology for large-scale production of metallurgical graphite powder. Jin Cheng Graphite Technology has an annual production capacity of over 3,000 tons and has obtained ISO 14001 certification. The customer repeat purchase rate is 90%, covering core fields such as steel and non-ferrous metals.
Particle size precise control: Utilizing nano-level classification grinding technology, the particle size distribution is ≤ 0.1μm, ensuring uniform dispersion, improving deoxidation efficiency and reducing energy consumption, in line with ASTM D3718 standards.
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Graphite Powder
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Description

Metallurgical graphite powder, with a conductivity of ≥ 10^5 S/m, a thermal expansion coefficient of ≤ 3×10^-6/K, and a particle size distribution of ≤ 0.1μm. It is specially designed for steel smelting and continuous casting lubrication. Direct supply from the source factory. Industry-leading density ensures the stability and maximum efficiency of the metallurgical process.

 

Core Strengths

 

Super high-temperature stability

Metallurgical graphite powder enhances its heat resistance through graphene intercalation technology. The thermal expansion coefficient is ≤ 3×10^-6/K, capable of adapting to smelting environments above 1600℃, reducing the risk of thermal stress cracking.

Industry density advantage

Only 15% of enterprises worldwide possess the technology for large-scale production of metallurgical graphite powder. Jin Cheng Graphite Technology has an annual production capacity of over 3,000 tons and has obtained ISO 14001 certification. The customer repeat purchase rate is 90%, covering core fields such as steel and non-ferrous metals.

Particle size precise control

Utilizing nano-level classification grinding technology, the particle size distribution is ≤ 0.1μm, ensuring uniform dispersion, improving deoxidation efficiency and reducing energy consumption, in line with ASTM D3718 standards.

 

Typical Application Scenarios

 

Steel smelting deoxidation

Metallurgical graphite powder serves as an efficient deoxidizer, rapidly reducing the oxygen content in molten steel and improving the purity of the molten steel. It is suitable for processes such as electric arc furnaces and converters.

Continuous casting lubricant

With a low friction coefficient (≤0.05) and a particle size distribution characteristic, it reduces friction between the casting billet and the mold, prolongs the mold life, and lowers production costs.

High-temperature conductive electrode

In induction melting equipment, its excellent conductivity (≥10^5 S/m) ensures stable current transmission and enhances smelting efficiency and equipment lifespan.

 

Why Choose Jin Cheng Graphite Technology?

 

As a benchmark enterprise in the field of metallurgical graphite powder, Jin Cheng has independently developed the "nano grading + graphene intercalation" technology. It has passed extreme high-temperature tests in Germany TUV and its performance exceeds imported substitutes. We provide customized solutions, from raw material selection to process optimization, to help customers achieve efficient and low-carbon production in the steel metallurgy field. Customer feedback shows that after using Jin Cheng products, the deoxidation efficiency has increased by 20%, and energy consumption has decreased by 15%.

 

Act Immediately

 

Submit your metallurgical scenario requirements (such as deoxidation efficiency, particle size requirements, temperature range), and we will provide a metallurgical graphite powder technical solution (including performance data, certification documents and application cases) within 48 hours. Verified by over 30 global steel enterprises: Jin Cheng Metallurgical Graphite Powder makes high-temperature metallurgy more efficient and reliable!

 

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