What are Nickel Alloys Used For?

Nickel Alloys Metals are made when nickel is combined with another element (usually titanium or copper, aluminum and iron, respectively). Combining two different materials gives it more desired functions like higher strength or resistance to corrosion. Because of its extraordinary performance, it can be used in many devices across multiple industries.

The production of alloys accounts for 90% to 90% of new nickel annually. The most widely used is Stainless Steel. This account for approximately two-thirds the new production of nickel alloys.

Enhancements to the properties of the material:

Multifunctionality improved

Higher strength

Enhanced corrosion resistance

Resistant to Oxidation

At lower and higher temperatures, strength increases


Electronic properties

Some nickel-based alloys can withstand temperatures exceeding 1000°C. They are therefore ideal for extreme environments. They are resistant to high temperatures of oxidation and have high weldability, machineability, and ductility.

Is nickel alloy good for long life?

Nickel alloys last between 25 and 35 years on average. It depends on what application the material is used for, so the life expectancy may be shorter. This makes the metal more affordable than many other metals. Nickel alloys have high recycling rates and one of the highest recoveries in the world. The majority of nickel used in stainless-steel products is made from nickel recycled materials.

Nickel-alloy applications:

You can find this material in numerous devices and items that you use everyday, such as:

Mobile phone

Food preparation equipment

Medical equipment

Equipment for the laboratory




Construction materials

Aeroplanes and power turbines

Power system using nuclear energy

Highly oxidation resistant and strong high-temperature resistance in critical applications are the main reasons nickel superalloys is used in energy, chemical, and power industry. The alloys of molybdenum and chromium offer greater resistance to corrosion.

Superalloys have homogeneous elements, including chromium (cobalt), titanium, and aluminum. They are produced by adding these heterogeneous elements to create optimal directional crystallization or single-crystalline structure. The material’s strength is greater than that of regular steel. These alloys made from nickel are useful in extreme heat environments such as aircrafts for electric generation and gas turbines.

The iron-bearing, nickel alloy is very common in electronics and other specialty engineering. The corrosion resistance of copper alloys made from nickel and copper is a major reason for using them in Marine engineering.

Because of the low corrosion rate, this stainless steel has been used more in wastewater treatment and for piping. The steel has incredible strength, ductility, and can also be manufactured easily. This makes it possible to save money on joining pipes by using a simpler method.

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