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About Nickel Alloys

Aerodyne Alloys is an international supplier of nickel alloys. We have sales staff and processing staff experienced with the sale, distribution and processing of nickel alloys. To place a nickel alloy order, review our Nickel Specifications and contact Aerodyne Alloys to order by phone.

The following information provides an overview of nickel alloys.

Nickel alloys are useful in applications that require:

Nickel & Nickel Alloys

Nickel and nickel alloys are among the toughest structural materials known. Nickel and nickel alloys are non-ferrous metals with high strength and toughness, excellent corrosion resistance, and superior elevated temperature properties. Commercially pure nickel has good electrical, magnetic, and magnetostrictive properties.

Magnetostriction is a property of ferromagnetic materials that causes them to change their shape when subjected to a magnetic field. The effect was first identified in 1842 by James Joule when observing a sample of nickel. – (extracted from Wikipedia)

Nickel Products

Nickel products differ in terms of composition, grade, shape, dimensions, and features. Please review Aerodyne Alloys' Nickel Product Specifications for more information. Other unlisted, specialty, high temperature nickel and nickel alloys are also available, please contact Aerodyne Alloys for more information.

Nickel

Commercially pure nickel (unalloyed nickel) does not contain, or contains only very small amounts of, alloying elements.

Nickel alloys contain significant amounts of added elements or constituents.

Clad or bimetal stock consists of two different alloys that are bonded integrally together.

Metal matrix composites have a composite (reinforced metal) or alloy matrix filled with a second component, which may be in particulate, chopped fiber, continuous filament, or fabric form.

Nickel Stock Shapes & Forms

Specialty nickel and nickel alloys are available in many stock shapes and forms including near-net shapes. Semi-finished stock shapes are suitable for part fabrication by machining, assembly, or other processes. They are also used as feedstock for casting, forging, and spinning.

Common stock shapes and forms for nickel and nickel alloys include bars, rods, tubes, plates, profiles, sheets, strips, shims, spheres, foil, wire, billets, slabs, and blooms. Materials are also supplied as billets, ingots, powders, fillers, and reinforcements. Round, hexagonal, coil, and hollow stock are also available.

There are two basic types of anodes. Plating anodes are in used in plating or electroplating processes. Sacrificial anodes are used to protect stainless steel or other metal structures from corrosion.

Nickel Applications

Nickel alloys are vitally important to the aerospace, power generation, and petrochemical industries. Nickel alloys comprise some of the most valued specialty, high-temperature alloys in these markets. The use of high temperature specialty alloys, such as Nickel Alloy, Inconel ® 718, Inconel ® 625 and Nickel 600, are key to successful manufacturing in industries around the world. Structural applications that require specific corrosion resistance or elevated temperature strength receive the necessary properties from nickel and its alloys.

Nickel and nickel alloys are used in a wide variety of applications, the majority of which involve corrosion resistance and/or heat resistance such as:

A number of other applications for nickel alloys involve the unique physical properties of special-purpose, nickel-base or high-nickel alloys. These include:

Nickel-based alloys are used in many applications where they are subjected to harsh environments at high temperatures. Nickel-chromium alloys or alloys that contain more than about 15% Cr are used to provide both oxidation and carburization resistance at temperatures exceeding 760°C.

Nickel, Inconel 718, Inconel 625 and Nickel 600 offer superior corrosion resistance to a wide range of corrosion effects. Nickel was found to have a profound effect on the thermal expansion of iron. Specialty alloys can be designed to have a very low thermal expansion, or to display uniform and predictable expansion over certain temperature ranges. The addition of cobalt to the nickel-iron matrix produces alloys with a low coefficient of expansion, a constant modulus of elasticity, and high strength.

Several alloy systems based on nickel, or containing high nickel content, are used in instruments and control equipment to measure and regulate electrical characteristics (resistance alloys). Others are used in furnaces and appliances to generate heat (heating alloys).

Aerodyne Alloys Note: The information on this page is provided strictly and specifically for information purposes only.