Pressing Powder Metallurgy Parts

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  • Powder Metallurgy Structural Parts

    Powder Metallurgy Structural Parts

    This relates to the specialized field of powder metallurgy, as the density, porosity, materials and heat treatment methods of powder metallurgy gears directly affect the hardness and strength.High density refers to the alloy elements of high hardness, small pores, high density, good material, high hardness.Heat treatment methods generally include carburizing quenching, carbonitriding, high frequency quenching, low frequency quenching, oil quenching, etc.Stable and qualified quenching process keeps the hardness of heat treatment stable.

  • Car Parts Customized by powder metallurgy manufacturers

    Car Parts Customized by powder metallurgy manufacturers

    This relates to the specialized field of powder metallurgy, as the density, porosity, materials and heat treatment methods of powder metallurgy gears directly affect the hardness and strength.High density refers to the alloy elements of high hardness, small pores, high density, good material, high hardness.Heat treatment methods generally include carburizing quenching, carbonitriding, high frequency quenching, low frequency quenching, oil quenching, etc.Stable and qualified quenching process keeps the hardness of heat treatment stable.

  • Powder Metallurgy Stainless Steel Manufacturer of custom

    Powder Metallurgy Stainless Steel Manufacturer of custom

    Powder metallurgy stainless steel can be made into parts.The stainless steel water smelted in the induction furnace flows out of the leakage hole of the nozzle, atomizes with high-pressure water, and condenses to get the stainless steel powder.The powder was dehydrated, dried, graded and annealed, and the bulk density of water atomized stainless steel powder was 2.5~3.2g/cm.It is formed under the pressure of 550~830MPa.The compaction is sintered in hydrogen or decomposed ammonia atmosphere with a dew point of -45~-50℃.Vacuum sintering can also be used, sintering temperature of 1120~1150℃.When good mechanical properties and corrosion resistance are required, sintering temperatures of up to 1315C are used.

  • Powder Metallurgy Gear

    Powder Metallurgy Gear

    This relates to the specialized field of powder metallurgy, as the density, porosity, materials and heat treatment methods of powder metallurgy gears directly affect the hardness and strength.High density refers to the alloy elements of high hardness, small pores, high density, good material, high hardness.Heat treatment methods generally include carburizing quenching, carbonitriding, high frequency quenching, low frequency quenching, oil quenching, etc.Stable and qualified quenching process keeps the hardness of heat treatment stable.

  • Excellent quality Powder Metallurgy Press - Powder Metallurgy Structural Parts – Xuanyi

    Excellent quality Powder Metallurgy Press - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...
  • China wholesale Powder Metallurgy Parts - Powder Metallurgy Structural Parts – Xuanyi

    China wholesale Powder Metallurgy Parts - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...
  • Wholesale Price China Sintering Process In Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    Wholesale Price China Sintering Process In Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...
  • Hot New Products Pressing Powder Metallurgy Parts - Powder Metallurgy Structural Parts – Xuanyi

    Hot New Products Pressing Powder Metallurgy Parts - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...
  • Wholesale Powder Metallurgy Materials - Powder Metallurgy Structural Parts – Xuanyi

    Wholesale Powder Metallurgy Materials - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...
  • Factory wholesale Impregnation Process In Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    Factory wholesale Impregnation Process In Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...
  • New Arrival China The Parts Produced By Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    New Arrival China The Parts Produced By Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...
  • Reasonable price Atomization Process In Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    Reasonable price Atomization Process In Powder Metallurgy - Powder Metallurgy Structural Parts – Xuanyi

    The density of common atomized powder (including carbon steel and copper-carbon alloy steel) is above 6.9, and the quenching hardness can be controlled around HRC30. In general, the density of the pre-alloyed powder (AB powder) exceeds 6.95, and the quenching hardness can be controlled around HRC35. High prealloyed powders with density greater than 6.95 and quenching hardness controlled at HRC40. Powder metallurgy products made of the above materials have stable density and material, and the ...