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Home : Industries : Aerospace : Metal Injection Molding
Metal Injection Molding (MIM)
Through our AS9100 certification, AFT has demonstrated the attention to detail and quality needed for the aerospace market. With our superior metallurgical properties, AFT has demonstrated the know-how to develop aerospace products. AFT is currently in production on several aerospace components and can meet your needs on bushings, fasteners, compressor blades, rotors, brackets, inlets and more.

aero_charts_IN718Inconel 718

Advantages of Metal Injection Molding(MIM)

  • Materials Developed:  IN718, IN720, Hast X, Ti 6-4, Haynes 25,
    CP Titanium, Ti-Aluminide, Udimet 720
  • Improved Ultimate Tensile Strength
  • Improved 0.2% Yield Strength
  • Improved Elongation
  • Better Microstructure
  • Better Process Capability
aero_charts_prop_IN718



aero_charts_Ti64

Titanium 6-4

Advantages of Metal Injection Molding(MIM)

  • Materials Developed: IN718, IN720, Hast X, Ti 6-4, Haynes 25,
    CP Titanium, Ti-Aluminide, Udimet 720
  • Improved Ultimate Tensile Strength
  • Improved 0.2% Yield Strength
  • Improved Elongation
  • Better Microstructure
  • Better Process Capability
aero_charts_prop_ti64
 

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MIM MATERIALS CHEMICAL COMPOSITION

Compare the data on chemical composition. Download the MIM Materials Chemical Properties document in pdf format.

MIM MATERIALS MECHANICAL COMPOSITION

Looking for more specifics on material composition? Download the MIM Materials Mechanical Properties document in pdf format.