Inconel X-750 Aerospace Springs & Bolts | AMS 5667 Certified | High-Strength, Creep-Resistant Superalloy for Extreme Environments

Inconel X750 rods are crafted from a nickel-chromium alloy renowned for its exceptional strength and corrosion resistance across a broad temperature spectrum. Enhanced with aluminum and titanium, this precipitation-hardenable alloy maintains high tensile and creep-rupture properties up to approximately 1300°F (700°C), making it ideal for demanding environments such as gas turbines, rocket engines, and nuclear reactors.

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Chemical Composition

Mechanical Properties

Physical Properties

Applications of Inconel X750 Rods

• Aerospace Components: Utilized in gas turbines and rocket engines for components like turbine blades and seals due to its high-temperature strength.

• Nuclear Reactors: Employed in reactor core components, benefiting from its corrosion resistance and mechanical stability under radiation.​

• Industrial Springs and Fasteners: Ideal for high-stress applications requiring excellent relaxation resistance at elevated temperatures.

• Oil and Gas Equipment: Suitable for downhole and wellhead components, offering durability in corrosive environments.​

Frequently Asked Questions

Q: What heat treatments are applicable to Inconel X750 rods?

A: Inconel X750 rods can undergo various heat treatments, including solution annealing and precipitation hardening, to achieve desired mechanical properties.​

Q: Are Inconel X750 rods suitable for cryogenic applications?

A: Yes, they maintain excellent mechanical properties even at cryogenic temperatures, making them versatile for various temperature extremes.​

Q: How does Inconel X750 compare to other nickel alloys in terms of corrosion resistance?

A: Inconel X750 offers superior corrosion and oxidation resistance, particularly in high-temperature environments, compared to many other nickel alloys.​

Inconel X750 rods provide a reliable solution for applications demanding high strength, corrosion resistance, and performance stability across a wide temperature range.