High-Performance Powder
Additive Manufacturing
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Mitsubishi Power develops materials that achieves precision shape.
Mitsubishi Power’s powered metal have excellent heat resistance and ductility necessary for additive manufacturing (AM) of heat-resistant, precision parts.
Outline
Mitsubishi Power's original material design and metal structure control technology have been used to develop high-temperature, high-strength alloys and high-performance materials that are optimal for AM. It also has high ductility and is ideal as a material for parts that require heat resistance and precision, such as power generation turbines and aircraft engines.
Applications
- High-temperature, high-pressure parts of power generator turbines
- High-temperature, high-pressure parts of aircraft engines
- Dies, catalytic materials
Product Lineup
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High-temperature, high-strength,
high-fatigue-resistant powder:MHA3300® -
High-abrasion-resistant powder: MHA3500™ -
Catalytic powder: MHA4000
Features of MHA3300
- Creep characteristic
Heat resistance of 900℃ or higher (Note 1) - Fatigue characteristic
Precision cast Alloy 713C (Note 2) - Tensile characteristic
Precision cast Alloy 939 (Note 3)
- 1900℃, 59 MPa, Life expectancy of 100,000 hours
- 2Alloy 713C: Nickel-based super-alloy for aircraft moving blades
- 3Alloy 939: Nickel-based super-alloy for gas turbine stationary vanes
High-temperature acid resistance
- Equivalent to or better than precision cast Alloy 939
Better high-temperature characteristic than conventional products
Superb room-temperature mechanical characteristics thanks to excellent ductility
Our newly developed powder products offer excellent shaping performance and they can be used by various types of mainstream PBF-system 3D printers.
Please contact us for more information.