Copper Powder

We make copper powders through Water Atomisation, Reduction and Electrolytic process, offering a wide range of particle shapes, sizes, and performance characteristics to meet diverse industrial applications.

Copper Powder

Product Types & Grades

Characteristics

  • Purity >99.0% copper
  • Particle sizes 100 mesh (<150 µm) to -325 mesh (<45 µm)
  • Apparent density 2.5 g/cm³ to 3.5 g/cm³

Applications

  • Powder metallurgy components
  • Friction materials (brake pads, clutch facings)
  • Welding electrodes and consumables
  • Brazing alloys
  • General engineering and industrial applications

Characteristics

  • Purity >99.0% copper
  • Highly porous particle morphology
  • Excellent compressibility and green strength
  • Lower apparent density for specialized applications

Applications

  • Sinter metal components
  • Friction material formulations
  • Electrical contact materials
  • Specialty industrial applications

Characteristics

  • Purity >99.5% copper
  • Dendritic flake-like morphology
  • Very high surface area
  • Exceptional electrical and thermal conductivity

Applications

  • Electrical and thermal applications
  • High-performance brazing materials
  • Chemical and pharmaceutical applications
  • Specialized conductive formulations

Characteristics

  • High purity cuprous oxide
  • Controlled particle size distribution
  • Consistent chemical composition

Applications

  • Chemical applications
  • Specialty material formulations
  • Research and development

Other Products

Iron and Iron based alloy Powder

Iron and Iron based alloy Powder

Water atomised iron powder with irregular particle morphology offering excellent compressibility, high green strength, and reliable sintering performance.

Tin Powder

Tin Powder

Gas Atomised Tin Powder with spheroidal shape, excellent flowability, and consistent chemical purity for precision-driven applications.

Zinc Powder

Zinc Powder

High-purity metallic powder for excellent corrosion protection, chemical reactivity, and sacrificial properties.