Bronze Powder
P. P. Patel and Company offers high-quality Bronze Powders manufactured under strict process control to ensure consistent chemical composition, particle size distribution, and excellent performance across diverse industrial applications. Our bronze powders are produced using controlled atomization and blending techniques, resulting in powders with uniform morphology, good flowability, and optimized sintering characteristics. These properties make them suitable for both structural and functional applications.
Product Types & Grades
Characteristics
- •Typically 92% copper and 8% tin
- •Diffusion Bonded Powder
- •Custom alloy compositions available
- •Typical particle size 100 mesh (<150 µm)
- •Apparent density 3 g/cm³ to 3.3 g/cm³
- •Excellent chemical homogeneity
- •Uniform tin distribution
- •Stable sintering behaviour
Applications
- ✓Powder Metallurgy structural components
- ✓Wear-resistant PM parts
- ✓Porous and sintered components
- ✓Functional PM applications
Characteristics
- •Typically 91% copper and 9% tin
- •Diffusion Bonded Powder
- •Custom alloy compositions available
- •Typical particle size 100 mesh (<150 µm)
- •Apparent density 3 g/cm³ to 3.3 g/cm³
- •Excellent chemical homogeneity
- •Uniform tin distribution
- •Stable sintering behaviour
Applications
- ✓Powder Metallurgy structural components
- ✓Wear-resistant PM parts
- ✓Porous and sintered components
- ✓Functional PM applications
- ✓Bearing applications
Characteristics
- •Typically 90% copper and 10% tin
- •Available in pre-alloyed and diffusion-bonded grades
- •Custom alloy compositions available
- •Wide particle size 100 mesh (<150 µm) to 325 mesh (<45 µm)
- •Apparent density 2.5 g/cm³ to 3.5 g/cm³
- •Excellent alloy homogeneity
- •Balanced strength and wear resistance
- •Thermal stability
Applications
- ✓Powder Metallurgy structural components
- ✓Diamond tool segments and matrices
- ✓Wear-resistant PM parts
- ✓Porous and sintered components
- ✓High-performance applications
Characteristics
- •Typically 85% copper and 15% tin
- •Available in pre-alloyed and diffusion-bonded grades
- •Custom alloy compositions available
- •Typical particle size 325 mesh (<45 µm)
- •Apparent density 3 g/cm³ to 3.3 g/cm³
- •Enhanced hardness
- •Superior wear resistance
- •Strong matrix bonding capability
- •Uniform alloy homogeneity
Applications
- ✓Diamond tools and segments
- ✓Diamond tool matrices
- ✓Cutting tools
- ✓Grinding applications
- ✓High-performance cutting applications
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