Because of its high corrosion resistance, especially pitting resistance and crack resistance, nickel-based alloys are well suited for high-salt seawater applications.The material is used as propeller blades for ships, mooring cables for fixing ships and similar ships, accessories and fixtures for submarines, and spare parts for oceanographic equipment.

Aerospace equipment superalloys have also entered the aerospace industry, particularly in exhaust equipment, fuel lines, heat exchanger housings and rocket assemblies.This is because nickel-based alloys work well even at high temperatures and stresses.

The strength, corrosion resistance and stress resistance of the nuclear technology's nickel-based alloys make them suitable components for nuclear reactors, especially in control rods and reactor cores.Nuclear systems usually contain high temperatures in excess of 650°C, which nickel based alloys can withstand.

Industrial processing the alloy is an important part of manufacturing equipment such as containers, heat exchangers, valves and fluid distribution systems because it is easy to manufacture, heat and corrosion resistant.Excellent weldability also makes it a suitable component for piping in manufacturing plants.