The Monel 400 Forgings are renowned for their exceptional copper and nickel alloy as well as their high strength. It is frequently used in critical and high-performance applications.
Monel 400 Forgings are frequently used in marine engineering, re-boiling tubes for mono-ethanolamine (MEA), and chlorinated solvents. The final application and the joining of the Monel Alloy 400 Forgings will dictate the filler metal or method to be used. A wide temperature range, as well as numerous corrosive conditions, are no match for the great strength and toughness of nickel 400 forgings. In the production of perchloroethylene and chlorinated polymers, nickel alloy 400 forgings are also employed for pumps and valves. Equipment for chemical plants and eyeglass frames both use Monel UNS N04400 forgings. Additionally, Monel WNR 2.4360 Forgings have excellent thermal conductivity and ductility, making them particularly well-suited for decreasing conditions.
Copper content ranges from 28 to 34% and nickel content ranges from 63 to 64% in ASTM B164 Monel Superalloy 400 Forgings. In an effort to employ high copper content nickel ore, ASTM B165 Alloy 400 Forgings is used as a corrosion-resistant material. Shafts, fasteners, fittings, valves, pumps, chemical and hydrocarbon processing machinery, heat exchangers, and marine engineering are further applications for Monel Nickel-Copper Alloy 400 Forgings. There are secondary processes to transform tubing into components and assemblies as well as the ability to redrill material to precise sizes and forms.
It exhibits exceptional resilience to acids and alkalis. Both its ductility and thermal conductivity are good. After receiving a high heat treatment, it is subjected to a cold heat treatment, which is how it becomes naturally toughened. It works well and is appropriate for usage in the 538-degree Celsius to 1000-degree Fahrenheit temperature range. As a member of the Monel family of alloys, Monel 400 is often referred to as a puritan alloy.
