What does it take to forge nickel alloys? The answer is "metallurgical know-how" and "power" (power Forging).Nickel alloys are used primarily for heavy duty applications in high temperature and corrosion.
A wide variety of nickel-based alloys have been developed over the years to achieve specific performance objectives for applications in the physical environment and structurally demanding. You can also find high performance alloy materials from companies such as RJ Technical Resources.
The aerospace market has been the main impetus for the development and application of nickel based alloys. The motor industry reaction has been using nickel-based alloys for the past 50 years to improve the performance and power.
Simply put, the higher the temperature of the engine, further can be produced. Of course, the operating temperatures are limited by the capacity of the material used in the engine.
Other uses for the main alloys of nickel are classified "corrosion resistant", which includes nuclear applications, petrochemical, marine and specific industry in general.
Whenever a severe corrosive environment in an industrial system is met, nickel-based alloys are top of the list to meet the demands of the environment.
Examples of nickel alloys include Inconel 600, Inconel 625, Inconel 718, Inconel 901, Waspaloy, Monel 400, Monel K500 to name a few.
Over the years, technology has been forging developed and refined to allow the use of these alloys for specific applications.
Open die and die-forging techniques are used to meet industry needs for these alloys. Metallurgical expertise to achieve the performance goals of any individual alloy material system is important.