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REG Metals supplies High Carbon Ferro Chrome Powder (HC FeCr Powder) for steel manufacturing, stainless steel production, foundries, welding consumables, thermal spray coatings, powder metallurgy, hardfacing, additive manufacturing, and metallurgical research. High Carbon Ferro Chrome is a ferroalloy primarily composed of chromium (Cr) and iron (Fe) with a higher carbon content, making it an essential alloying material for producing wear-resistant, corrosion-resistant, and high-strength steels.

 

High Carbon Ferro Chrome Powder is widely used as an alloy addition in stainless steel and tool steel production, flux-cored welding wires, cored wires, metal injection molding (MIM), powder metallurgy, thermal spraying, and hardfacing applications. Its controlled particle size and consistent chemical composition ensure excellent blending, flowability, and manufacturing performance.

 

REG Metals supplies high-purity High Carbon Ferro Chrome Powder in various chromium grades, carbon levels, and particle size distributions for laboratory, pilot-scale, and industrial production. Every shipment can be supplied with a Certificate of Analysis (COA) and complete material traceability.

High Carbon Ferro Chrome Powder

Quantity
  • High Chromium Content

    • Excellent alloying material.
    • Improves corrosion resistance.
    • Enhances oxidation resistance.

    Superior Wear Resistance

    • Increases hardness of alloy systems.
    • Ideal for wear-resistant applications.
    • Extends component life.

    Consistent Chemical Composition

    • Reliable batch-to-batch quality.
    • Controlled chromium and carbon levels.
    • Suitable for precision alloy manufacturing.

    Controlled Particle Size

    • Excellent flowability.
    • Uniform particle distribution.
    • Optimized for powder blending and processing.

    Excellent Metallurgical Performance

    • Efficient alloy addition.
    • Good sintering behavior.
    • Supports high-quality steel production.

    Versatile Processing

    • Suitable for powder metallurgy, welding, thermal spraying, and additive manufacturing.
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