Material Introduction
TZC Molybdenum Alloy
Material Introduction
The main component of TZC molybdenum alloys is Mo-(1.2-1.5)%Ti-(0.1-0.2)%Zr-(0.1-0.2)%C. Compared with TZM molybdenum alloys, TZC alloys have better high temperature strength, hardness and creep properties, and can be used as molds for high-temperature thermal processing of metals, die-casting molds for non-ferrous and ferrous metals, and perforated plugs for seamless steel pipes.
Specifications and Performance
|
Material |
Bar (mm) |
Plate (mm) |
|
TZC molybdenum alloy |
Φ 1~150 |
0.5~50 |
|
Material |
Tensile strength at room temperature/MPa |
Elongation at room temperature |
Tensile strength at 1000°C/MPa |
1000℃ elongation |
|
TZC alloy |
820 |
20% |
500 |
20% |
|
Notes |
30mm diameter bar |
|||
Fabrication Process
By means of molybdenum alloy powder preparation, isostatic pressing, high-temperature sintering, and thermal deformation processing, TZC molybdenum alloys have a density which is close to the theoretical density, thus ensuring optimal high-temperature performance.
Advantage
Due to the solid solution strengthening and dispersion strengthening of alloying elements Ti and Zr, TZC molybdenum alloys greatly improve the high-temperature mechanical properties and recrystallization temperature of pure molybdenum.
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