Automotive
High-strength iron base MIM parts with excellent comprehensive mechanical properties.
Overview
High-strength iron base MIM parts with excellent comprehensive mechanical properties.
Typical Parts
Related Products
Automotive Powder Metallurgy Parts
Materials: Proprietary PM/MIM iron-based alloy powders
High strength-to-weight ratio, near-net-shape forming, tight tolerances, excellent wear and friction resistance, complex geometries with internal cavities, heat treatment and coatings supported
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Powder Metallurgy Gears
Materials: Iron-based, alloy steel, stainless steel and specialty PM powders
High wear resistance with controlled porosity, stable tooth-root fatigue strength, quiet meshing, steam treatment/infiltration/heat treatment options, extremely stable batch dimensions
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High-density Gear
Materials: Proprietary iron-copper PM powders
High-density uniform microstructure, helical/bevel/spur profiles with tight tolerances, low-noise meshing, optional surface treatment or impregnation, scalable high-volume production
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Iron Base Alloy MIM Parts
Materials: Fe2Ni, Fe4Ni, Fe8Ni, FeC, FeCuC
High strength, high hardness
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Stainless Steel MIM Parts
Materials: SUS304, SUS316L, SUS420, SUS440C, 17-4PH
Good corrosion resistance, high strength
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Motor Counterweight
Materials: 90–95% tungsten alloy
Density approaching 18.5 g/cm³ for slim motor designs, thin sections and asymmetric profiles via MIM, stable amplitude over long-term high-frequency operation
View DetailsOther Applications
- Consumer Electronics (3C)
- Smart Wearables
- Power Tools
- Medical Devices
- Smart Locks & Hardware
- Bathroom Hardware
- 5G & Optical Communications
- Sports & Counterweights
- Sensors & Magnetic Parts
- Aerospace & Robotics
- Electrical Conduction
- Power Electronics
- Transmission Systems
- Radiation Protection
- Mechanical Parts
- Industrial Machinery
- Motors & Inductors
- Lightweight Structures
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