We supply a series of iron base superfine pre-alloyed powders, such as Fe-P, Fe-Ni, Fe-Cu-Sn, Fe-Cu-P, Fe-Cu-Ni-Sn, Fe-Zn. They have low oxidation, near-spherical particle shape, homogeneous particle composition and excellent compaction & sintering properties.

Applications:

Suitable for making diamond tools, electronic components, powder metallurgy, magnetic materials, wave absorbing & shielding materials, new composite materials.

Characteristics:

  • Made by chemical way
  • Laser particle size of 3~10 um
  • Similar like spherical particles
  • Homogeneous particles & components
  • Excellent compaction & sintering properties
  • Low oxide pre-alloyed powders

Technical Data:-

Grade Iron, % Copper, % Tin, % Nickle, % Phosphorus, % Tungsten Carbide, % D50(μm)
YSP-01 Bal. 9.5-11.5 2.2-3.6
YSN-08A Bal. 9.5-10.5 0.8-1.2 2.1-3.3
YSN-08C Bal. 9.5-10.5 2.3-3.3 0.8-1.2 4.4-6.4
YSN-09B Bal. 13.5-14.5 1.6-2.4 2.3-2.6 0.8-1.2 4.7-5.3 6.2-9.8
YSN-10 Bal. 18 2 2 4.8-6.5
Y34-01 Bal. 18 2 2 5.2-8.5
Grade YSP-01
Iron, % Bal.
Copper, %
Tin, %
Nickle, %
Phosphorus, % 9.5-11.5
Tungsten Carbide, %
D50(μm) 2.2-3.6
Grade YSN-08A
Iron, % Bal.
Copper, % 9.5-10.5
Tin, %
Nickle, %
Phosphorus, % 0.8-1.2
Tungsten Carbide, %
D50(μm) 2.1-3.3
Grade YSN-08C
Iron, % Bal.
Copper, % 9.5-10.5
Tin, %
Nickle, % 2.3-3.3
Phosphorus, % 0.8-1.2
Tungsten Carbide, %
D50(μm) 4.4-6.4
Grade YSN-09B
Iron, % Bal.
Copper, % 13.5-14.5
Tin, % 1.6-2.4
Nickle, % 2.3-2.6
Phosphorus, % 0.8-1.2
Tungsten Carbide, % 4.7-5.3
D50(μm) 6.2-9.8
Grade YSN-10
Iron, % Bal.
Copper, % 18
Tin, % 2
Nickle, % 2
Phosphorus, %
Tungsten Carbide, %
D50(μm) 4.8-6.5
Grade Y34-01
Iron, % Bal.
Copper, % 18
Tin, % 2
Nickle, % 2
Phosphorus, %
Tungsten Carbide, %
D50(μm) 5.2-8.5