IN718 Nickel Alloy Powder for Metal 3D Printing | LPBF / EBM / DED Compatible – 10 kg / 22 lbs
$463
Extreme Heat. Extreme Strength. Proven Reliability. PowderRange 718 nickel alloy powder for LPBF, EBM, and DED additive manufacturing. High-temperature strength, fatigue and creep resistant, age-hardenable, and suitable for aerospace, energy, and industrial components.
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Technology:
DED, EBM, Metal LPBF
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Printing Materials:
Metal Powders
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Production Method:
Nitrogen Gas Atomized, Vacuum Induction Melted
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Powder Package:
10 kg bottle, 440 kg hopper, 840 kg hopper
Need more than 100 kg / 222 lbs? Or official request?
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| Quantity, kg | Per Bottle 10 kg | Per kg |
|---|---|---|
| 10-100 | $1010.00 | $101.00 |
| 100+ | $910.00 | $910.00 |
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Description
PowderRange® 718 is a nickel-base superalloy, widely regarded as the “workhorse” for high-temperature applications in aerospace, energy, and industrial sectors. This age-hardenable nickel alloy offers exceptionally high yield, tensile, and creep-rupture properties at temperatures up to 1300°F (704°C).
The slow age-hardening response of PowderRange® 718 allows annealing without spontaneous hardening during heating and cooling, enabling highly customizable heat treatments to achieve specific mechanical properties for diverse applications.
PowderRange® 718 nickel alloy is highly processable in additive manufacturing due to good phase stability, minimal segregation, and low susceptibility to cracking. Even in the as-processed state, it exhibits excellent mechanical properties, and precipitation hardening further enhances its performance when required.
| Iron: Balance | |
| Nickel: 50.00–55.00% | Silicon: 0.35% |
| Niobium + Tantalum: 4.75–5.50% | Nitrogen: 0.03% |
| Cobalt: 1.00% | Sulfur: 0.015% |
| Chromium: 17.0–21.0% | Carbon: 0.08% |
| Molybdenum: 2.80–3.30% | Phosphorus: 0.015% |
| Aluminum: 0.20–0.80% | Oxygen: 0.03% |
| Titanium: 0.65–1.15% | Boron: 0.006% |
| Copper: 0.30% | Manganese: 0.35% |
machine type:
F – LPBF
E – EBM, DED
Key Performance Benefits
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High tensile strength, fatigue, and creep resistance up to 1300°F (704°C)
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Customizable mechanical properties through heat treatment
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Excellent resistance to chlorides, stress corrosion, and sulfide stress cracking
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Minimal segregation and low crack susceptibility in additive manufacturing
industries
Aerospace / Energy / Industrial
Typical Applications
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Jet engine and high-speed airframe components
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Gas turbine parts
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Instrumentation devices
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Oil and gas tooling
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Impellers for high-temperature operation
- Brand Carpenter Additive
- Technology DED, EBM, Metal LPBF
- Powder Package 10 kg bottle, 440 kg hopper, 840 kg hopper
- PSD (particle size distribution) 15–45 µm, 45–106 µm
- Printing Materials Metal Powders
- Material IN718
- Country of origin USA
- Production Method Nitrogen Gas Atomized, Vacuum Induction Melted
Materials
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IN718
Frequently asked questions
What is PowderRange 718 nickel alloy powder?
PowderRange® 718 is a high-performance, age-hardenable nickel-base superalloy powder used in additive manufacturing. It offers high tensile strength, fatigue, and creep resistance at elevated temperatures.
Which additive manufacturing processes are compatible with PowderRange 718?
PowderRange® 718 nickel alloy is compatible with LPBF, EBM, and DED processes.
Can PowderRange 718 be heat treated?
Yes. PowderRange® 718 is age-hardenable, allowing customized heat treatments to optimize strength, creep resistance, and other mechanical properties.
What industries commonly use PowderRange 718?
Aerospace, energy, and industrial sectors commonly use PowderRange® 718 nickel alloy for high-temperature, high-strength components.
What types of parts are typically produced using PowderRange 718?
Typical applications include jet engine parts, high-speed airframe components, gas turbines, instrumentation devices, oil & gas tooling, and high-temperature impellers.
Why choose PowderRange 718 over other nickel alloys?
PowderRange® 718 offers a unique combination of high-temperature strength, fatigue and creep resistance, corrosion resistance, and excellent processability in additive manufacturing, making it ideal for demanding aerospace and industrial applications.
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