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FCNS03 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Diamond Blade

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FCNS03 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Diamond Blade 1. What is Pre-alloyed Powder Pre-alloyed powders are harder, less compressible and hence require higher pressing loads to produce high density compacts. However, they are capable of producing high strength sintered materials. Pre-alloying is also used when the production of a homogeneous material from elemental powders requires very high temperatures and long sintering times. The best examples are the stainless steels, whose chr...


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FCNS03 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Diamond Blade

1. What is Pre-alloyed Powder

Pre-alloyed powders are harder, less compressible and hence require higher pressing loads to produce high density compacts. However, they are capable of producing high strength sintered materials. Pre-alloying is also used when the production of a homogeneous material from elemental powders requires very high temperatures and long sintering times. The best examples are the stainless steels, whose chromium and nickel contents have to be pre-alloyed to allow economic production by powder metallurgy.

2. The Parameters of FCNS03 

Main Element Fe, Cu, Ni, Sn
Theoretical Density 7.98g/cm³
Sintering Temperature 830℃
Bending Strength 1150Mpa
Hardness 104-108HRB

3. FCNS03 Character

  • The Sintered structure is uniform and compact. the carcass has good control of diamond, great wear resistance and sharpness. 
  • The powder is applied to medium to high quality granite diamond blade, ceramic cutting blades.

4. Instructions for Making Ceramic Cutting Blade.

  1. Metal Percentage:
  • (30-50)% FCNS03 
  • + (25-35)% Cu 
  • + (5-8)% Sn 
  • + (2-4)% Ni
  • + Fe for Blance

   B. Diamond Grit Size and Percentage:

  • 50/60 @ 30%
  • 60/70 @ 40%
  • 70/80 @ 30%
  • Concentration: (9-12)%

    C. Sintering Temperature: 840-860℃


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