Brass Micron Powder (Cu60–Zn40, Irregular, −325 mesh)

Description

Brass Micron Powder (Cu60–Zn40, Irregular, −325 mesh)

Brass Micron Powder (Cu60–Zn40) is a micron-sized brass alloy powder produced by alloying copper and zinc at an approximate ratio of 60% Cu and 40% Zn. The irregular (non-spherical) particle morphology obtained through the water-atomization process provides a high surface area and strong mechanical interlocking, delivering effective performance in sintering, friction, coating, and filler applications. The fine −325 mesh particle size distribution makes the product suitable for precision applications requiring homogeneous dispersion and process stability.

Product Features

• Alloy type: Brass (Copper–Zinc alloy)

• Chemical composition:

  • Copper (Cu): 58.5 – 61.5%

  • Zinc (Zn): 38.5 – 41.5%

  • Others: ≤0.15%

• Particle size: −325 mesh

• Particle morphology: Irregular (non-spherical)

• Production method: Water-atomized

• Physical form: Metallic alloy micron powder

• Apparent density: ~2.7 – 3.2 g/cm³

• Dispersion behavior: Good dispersion in resin, metal, and composite systems

• Mechanical performance: Enhanced bonding and friction behavior due to irregular particle structure

Application Areas

Powder Metallurgy and Sintering

• Brass-based sintered components

• Porous and functional metal parts

• Applications requiring mechanical strength and dimensional stability

Friction and Wear Systems

• Brake and clutch components

• Friction materials and composites

• Wear-resistant formulations

Coating and Surface Technologies

• Metallic-filled coatings

• Decorative and functional surface applications

• Systems designed to improve mechanical and thermal properties

Electrical and Industrial Applications

• Semi-conductive components requiring controlled conductivity

• EMI and grounding-related formulations

• General industrial fillers and functional additives

Defense and Heavy Industry

• Technical parts exposed to friction and wear

• Mechanical subsystems used in defense industry applications

• Alloy-based material development for R&D and prototyping