Nimonicae Alloy 90

Nimonicae Alloy 90 / 2.4969 – 2.4632 / UNS N07090

Nimonicae Alloy 90 is a precipitation-hardened Nickel-Chromium-Cobalt alloy specifically developed for applications at extremely high temperatures. The alloy offers excellent creep resistance and high tensile strength, even at approximately 920°C.

Additionally, Nimonicae Alloy 90 is highly resistant to corrosion and oxidation, making it a durable choice for thermally and mechanically stressed environments, such as applications in gas turbines.

Properties of NimonicAE Alloy 90

NimonicAE Alloy 90 is a Nickel-based alloy with high mechanical strength, excellent creep resistance, and fracture toughness, especially under long-term, high-temperature loading. The alloy composition contains significant amounts of Chromium, Cobalt, and Titanium, which provide oxidation resistance and structural stability.

The alloy is treated by precipitation hardening (aging), which significantly increases tensile strength and resistance to deformation. NimonicAE Alloy 90 also resists oxidation and corrosion well, maintaining its integrity even in aggressive and hot environments.

These properties make the material ideal for use in aircraft engines and energy industry equipment, where long-term performance is required under extreme conditions.

Applications of NimonicAE Alloy 90

NimonicAE Alloy 90 is primarily used in the aerospace industry, for example in gas turbine blades and discs exposed to high rotational speeds and temperatures. Additionally, the alloy is used in tools and components subjected to thermal loads, such as in industrial furnaces and power plants.

Thanks to its creep and oxidation resistance, NimonicAE Alloy 90 is a reliable choice for critical components where failure is not acceptable.

NimonicAE Alloy 90 is the solution for applications requiring maximum performance under extreme temperature and load conditions.

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