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    Copper Powder

    Copper Powder
  • Copper Powder
  • Copper Powder
  • Copper Powder

    Copper powder is widely used in diamond tools, electro carbon products, powder metallurgical products, friction materials, chemical catalysts, electronic materials, and other industries. The copper powder can be divided into electrolytic copper powder and atomized copper powder.
     
    The copper alloy powder is mostly spherical or spheroidal in shape, and it has high fluidity and high bulk density. This kind of powder is widely used in powder metallurgy oil-bearing, diamond tools, filters, powder metallurgy products, and bearing materials.

    Electrolytic Copper powder

    The electrolytic copper powder is light rose red dendritic. The copper powder produced by electrolysis has high purity and tree branched particles. After subsequent treatment, the dendritic shape is slightly rounded, has an excellent forming character, good electrical conductivity, and thermal conductivity. It is widely used to produce diamond tools, electrical carbon products, friction materials, powder metallurgy products, conductive inks, and electrical and electronic industries.

    Products Series

    Grade Cu≥ O2% AD (g/lcm3) Powder Size Distribution (mesh)
    +100 +150 +200 +325 -325
    Cu-A1 99.8 0.15 1.3-2.3 - - 0-8 20-30 60-70
    Cu-A2 99.7 0.15 1.2-1.9 - - Trace 0-5 95-100
    Cu-A3 99.7 0.20 0.7-1.2 - - 0-10 10-30 Bal.

    Water Atomized Copper powder

    The atomized copper powder is light rose red with irregular spherical particles. They are mainly applicable to powder metallurgy, electrical alloys, electron carbon products, chemical catalyst, heat treatment, sparing, plastic filling, decorative materials, welding powder.

    Products Series

    Grade Cu≥ O2% AD (g/lcm3) Hf (s/50g) Powder Size Distribution (mesh)
    +100 +150 +200 +325 -325
    Cu-B1 99.8 0.20 2.6-4.6 36 - - - 0-5 95-100
    Cu-B2 99.8 0.20 2.5-3.8 33 - 0-10 0-20 Bal. 50-70
    Cu-B3 99.8 0.20 2.0-3.3 30 0-10 10-30 30-70 Bal. 0-5

    Tin Bronze powder

    Tin Bronze powder is used in copper-based oil bearing, friction materials, filters, bimetallic materials, sealing materials, diamond tools, conductive functions, and other industries material

    Products Series

    6-6-3 Powder
    Grade AD (g/lcm3) Mobility Compressibility Granularity (mesh) O2% Chemical Composition (%)
    Cu Sn Zu Pb Fe Ni
    6-6-3-A1 3.0-4.0 30-40 ≥6.8 -100
    -200
    0.30 84-86 5-7 5-7 2-4 <0.03 <0.01
    6-6-3-A2 3.2-4.2 30-35 ≥6.5 -200
    -300
    0.30 84-96 5-7 5-7 2-4 <0.03 <0.01

    Various models can be customized
     

    6-6-0 powder
    Grade AD (g/lcm3) Mobility Compressibility Granularity (mesh) O2% Chemical Composition (%)
    Cu Sn Zu Pb Fe Ni
    6-6-0-A1 2.8-3.4 36-40 >6.8 -100
    -200
    0.30 87-89 5-7 5-7 0 <0.03 <0.01
    6-6-0-A2 3.0-3.6 3.3-3.6 >6.8 -200
    -300
    0.30 87-89 5-7 5-7 0 <0.03 <0.01
    Various models can be customized

    Copper-Tin Alloy Powder

    It is mainly used in powder metallurgy, diamond tools, filter material, bi-metal, and conductive functional materials. The product can be brown or apricot in color and might be irregular spherical in shape with stable shrinkage after sinter. It also has good compressibility and formability, which can improve the compaction strength of the green billet.

     

    Products Series

    Grade AD (g/lcm3) D50 (um) Compressibility Granularity (mesh) Chemical Composition (%)  
    Cu Sn O2%
    CuSn10 3.2-4.5 ≤25 ≥6.8 -200,-300 90 10 ≤0.20
    CuSn15 3.2-4.5 ≤25 ≥6.8 -200,-300 85 15 ≤0.20
    CuSn20 3.2-4.5 ≤25 ≥6.8 -200,-300 80 20 ≤0.20
    CuSn33 3.2-4.5 ≤20 >7.0 -200,-300 67 33 ≤0.20
    CuSn50 3.0-4.5 ≤20 >7.1 -200,-300 50 50 ≤0.20
    CuSn80 2.5-4.5 ≤20 ≥7.2 -200,-300 20 50 ≤0.20
    Various models can be customized

    Copper -Tin Diffusion Powder

    The appearance of the product is orange or khaki, and the micro-morphology is dendritic. The product has a small bulk density, narrow and uniform particle size distribution, good compressibility, and formability, and can greatly improve the compaction strength of green billet. It is widely used in manufacturing high precision, ultra-fine, low noise, self-lubricating oil-bearing, and high-grade professional diamond saw blades.

    Products Series

    Grade AD (g/lcm3) Granularity (mesh) Chemical Composition (%)
    Cu Sn Total Impurities  O2%
    KS-CuSn10 1.90-2.50 -200, -300 89-91 19-21 ≤0.20 ≤0.15
    KS-CuSn15 1.90-2.50 -200, -300 84-86 14-16 ≤0.20 ≤0.20
    KS-CuSn20 1.90-2.50 -200, -300 79-81 19-21 ≤0.20 ≤0.20

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