GD 738LC
Equivalent materials: Ni-SA 738LC GD 738LC is a vacuum induction melted, argon gas atomized, and spherical powder for additive manufacturing. The alloy design provides excellent high temperature creep-rupture strength and corrosion resistance up to 980 °C. The strengthening mechanism is a multiple of solid-solution strengthening of the gamma matrix, precipitation hardening by gammaprime or gamma-double prime phases, grain boundary strengthening with carbides, boron and zirconium. Typical applications of the GD 738LC are for engine parts of industrial gas turbines, blades, vanes and integral-wheels of gas turbines and jet engine components.
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Description
GD 738LC
Equivalent materials:
Ni-SA 738LC
GD 738LC is a vacuum induction melted, argon gas atomized, and spherical powder for additive manufacturing. The alloy design provides excellent high temperature creep-rupture strength and corrosion resistance up to 980 °C. The strengthening mechanism is a multiple of solid-solution strengthening of the gamma matrix, precipitation hardening by gammaprime or gamma-double prime phases, grain boundary strengthening with carbides, boron and zirconium. Typical applications of the GD 738LC are for engine parts of industrial gas turbines, blades, vanes and integral-wheels of gas turbines and jet engine components.
Chemical composition, %
|
Element |
Cr |
Co |
Al |
Ti |
C |
W |
Mo |
Ta |
Nb |
Zr |
B |
Ni |
|
Content, % |
16 |
8.5 |
3.5 |
3.4 |
0.1 |
2.6 |
1.7 |
1.7 |
0.9 |
<0.08 |
0.01 |
Balance |
Typical powder properties
|
Nominal particle range |
Hall flow |
Apparent density |
|
15–45 µm |
16 s/50 g |
4.1 g/cc |
|
Other particle range |
45-105 µm 50-150 µm |
|
738LC
Ni-SA 738LC
spherical powder
additive manufacturing
AM
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