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Description
Brass Micron Powder (Cu50–Zn50, Irregular, −100 mesh)
Brass Micron Powder is a water-atomized copper–zinc alloy powder with an irregular particle morphology, produced at an approximate composition of 50% copper and 50% zinc. The −100 mesh particle size distribution and irregular shape provide high surface area and effective mechanical interlocking, making the material suitable for powder metallurgy, friction systems, surface treatments, and industrial filler applications. The balanced Cu–Zn composition delivers a combination of good electrical conductivity, corrosion resistance, and mechanical stability in demanding processing environments.
Product Features
Alloy type: Brass (Copper–Zinc alloy)
Chemical composition:
Copper (Cu): ~50–54%
Zinc (Zn): ~46–50%
Particle size: −100 mesh
Particle morphology: Irregular (non-spherical)
Production method: Water-atomized
Physical form: Metallic alloy micron powder
Apparent density: ~2.10 – 3.00 g/cm³
Dispersion behavior: Good dispersion in metal, resin, and composite systems
Mechanical behavior: Enhanced interlocking due to irregular particle shape
Application:
Powder Metallurgy
Sintered brass components
Structural and functional metal parts
Porous and self-lubricating components
Friction and Wear Applications
Brake and clutch systems
Friction materials and pads
Wear-resistant composite formulations
Surface Engineering and Coatings
Metallic fillers for coatings
Decorative and functional surface finishes
Thermal and mechanical property enhancement in coating systems
Electrical and Industrial Applications
Conductive and semi-conductive components
EMI / grounding related formulations
General industrial fillers and functional additives
Defense and Heavy Industry Applications
Wear- and corrosion-resistant components
Composite systems used in defense-related mechanical assemblies
R&D and prototyping for alloy-based material systems
Additional information
| Gram | 100 g, 500 g, 1000 g, 5000 g |
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