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Fe4NiCrMo50C-Performance Parameters of Metal Powder Injection Molding (MIM) Material


Date:2025-06-20   Views:1003

Chemical Composition of Metal Powder Injection Molding (MIM) Material - Fe4NiCrMo50C

C %Ni %Mo%Cr%P%S%Fe %
0.4 - 0.63.5 - 4.50.4 - 0.60.8 - 1.0≦0.002≦0.002Bal.

Injection Material Property Parameters of Metal Powder Injection Molding (MIM) Material -Fe4NiCrMo50C

ParameterUnitTypical ValueReference RangeTesting Method
Melt Indexg/10min200150 - 300ISO 1133 (190 ℃, 21.6Kg)
Green Densityg/cm³5.105.08 - 5.12ISO 3369
Sintered Densityg/cm³7.707.65 - 7.75ISO 3369
Mold Factor
1.1901.185 - 1.195Mold Dimension / Product Dimension

Physical and Mechanical Properties of Metal Powder Injection Molding (MIM) Material - Fe4NiCrMo50C


Sintered StateThermally Treated StateThermally Treated State
Density≥7.65g/cm³

Yield Strength≥200MPa≥800 MPa≥1150 MPa
Tensile Strength≥300MPa≥900 MPa≥1250 MPa
Elongation≥5%≥3%≥2 %
Impact Value≥65J/m²

Hardness130 - 190 HV10≥350 HV10 (35HRC)≥600 HV10 (55HRC)

Application Fields of Metal Powder Injection Molding (MIM) Material - Fe4NiCrMo50C

An advanced through - hardened versatile material. It's used in automotive parts, mechanical engineering, etc. Parts of this grade sintered in pure hydrogen can also be used as soft magnetic materials/parts of similar grades.

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