superalloy

Heat-resistant turbine material

A superalloy is a metal alloy engineered to perform at extremely high temperatures—often above 1000°C—while maintaining strength and resisting corrosion and oxidation.

Superalloys typically contain nickel, cobalt, or iron as a base, with additions like chromium and titanium.

They're essential in jet engines, gas turbines, and other demanding applications: The turbine blades are made from a nickel-based superalloy.

composition

nickel

Element twenty-eight, or coin

tungsten · titanium · aluminum · rhenium · tantalum · hafnium · iron · niobium · vanadium · carbides

properties

heat-resistant

Unaffected by high temperatures

hardness · wear-resistant · strength-to-weight · durability · resilience · reliability

aerospace

combustor

Turbine's flame chamber

disk · vane · shroud · casing · thrust · propulsion · aeroengine · compressor · exhaust · aircraft

processing

forging

Shaping heated metal; faking documents

brazing · coating · solidification · homogenization

industrial

petrochemical

Product from crude processing

pump

Opposites
material performance grade

superalloycarbon steel

Iron-based metal alloy

base metal · soft metal · structural steel · cast iron · wrought iron

material sophistication/engineering

superalloypig iron

Unrefined smelted metal

basic material · cast iron · wrought iron

Family

superalloys

Familiarity
Top 1,000,000
Profile
Used worldwide · Timeless · Concrete · Rated G