Cast Alloy

IN 713 LC

The reduced carbon content of IN 713 LC compared to IN 713C improves grain boundary weldability while maintaining strong precipitation-hardened creep and tensile performance for cast turbine blades and vanes. Qualified to AMS 5377 and supported by OEM specifications including B50T1239, MSRR 7048, and EMS 55079, it is used in both aerospace and industrial gas turbine applications where reliable cast strength and post-service repair capability are required.
Industry Specification
AMS 5377
Industries
Aerospace
Power Generation
Military & Defense

Nominal Chemistry (wt %)

IN 713 LC is a low-carbon nickel-base cast superalloy for turbine airfoils with improved weldability and elevated-temperature strength.
0.05
Carbon
6
Aluminium
0.01
Boron
12
Chromium
Cobalt
Hafnium
4.5
Molybdenum
2
Niobium / Columbium
Tantalum
0.7
Titanium
Tungsten
0.1
Zirconium
Iron
Bal
Nickel

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Cast Alloy

IN 713 LC

The reduced carbon content of IN 713 LC compared to IN 713C improves grain boundary weldability while maintaining strong precipitation-hardened creep and tensile performance for cast turbine blades and vanes. Qualified to AMS 5377 and supported by OEM specifications including B50T1239, MSRR 7048, and EMS 55079, it is used in both aerospace and industrial gas turbine applications where reliable cast strength and post-service repair capability are required.

Keep exploring.

All alloys
Powder Alloy

282

282 is a gamma prime strengthened nickel-base superalloy powder with high creep strength and strong fabricability for additive manufacturing.

Cast Alloy

René N515

René N515 is a reduced-rhenium single crystal nickel-base superalloy for high-pressure turbine blades and nozzle guide vanes.

C50TF130
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René N500

René N500 is a rhenium-free single crystal nickel-base superalloy for high-pressure turbine blades and nozzle guide vanes.