Monel Nickel-alloy Chemical Composition, Grade Chart, Tables and Documents

The Monel alloy family belongs to the nickel-copper combination, which is known to have extraordinary resistance to corrosion in a wide range of environments and for that reason is highly valuable for marine engineering and chemical processing. The chemical makeup usually involves the combination of 65-70 percent nickel alloy and 20-29 percent copper alloy, with very little iron, manganese, carbon, and silicon by weight. Monel alloys are products of varying compositions and makeup to be used for different purposes. These include Monel 400, K 500, and R 405. Grade charts and tables show more information especially the mechanical strength, thermal conductivity, as well as processing parameters. The already-identified ones are: melting point, mass fraction of different constituents, strength etc. The documents on Monel alloys include information on fabrication methods, welding norms, and material specifications for different industrial applications.

Monel Nickel-alloy Chemical Composition Table

Monel, a nickel-copper alloy combinaton, is a versatile material, which is resistant to corrosion in many types of industries. Usually nickel ranging from 67-70 percent and copper at 30-34 percent with just the rest of it being iron, manganese, silicon, and some carbon. Due to the chemical constitution of this alloy it provided a distinctive set of properties such as combined high strength and displacement temperature characteristics. Furthermore, Monel possesses resistance to acids, alkalis, and sodium chloride, it is therefore particularly suited for instalment in both marine applications, chemical processing equipment, and aerospace components. The reason for its evergreen use is the harmonization of strength and resistance which makes it to be popular among the manufacturers looking for the materials to be used in environments that are too hard.

Monel Nickel-alloy Composition Table
Element Min % Max %
C 0.3
Si 0.50
Mn 2.00
S 0.024
Cu 28.00 34.00
Fe 2.50
Ni+Co 63.00 70.00
Co 2.0

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