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  • Article - 14 Nov 2012
    Super alloys or high performance alloys have the capacity to function under very high temperatures and extreme mechanical stress, and also where high surface stability is required. They have good...
  • Article - 26 Nov 2012
    Super alloys are also known as high performance alloys. They have good creep and oxidation resistance. They can be formed in different shapes, and consist of a number of elements in different...
  • Article - 13 Dec 2012
    Super alloys or high performance alloys include iron-based, cobalt-based and nickel-based alloys.
  • Article - 15 Nov 2012
    Super alloys are also referred to as high performance alloys. They can be strengthened by work hardening, solid-solution hardening, and precipitation hardening. They have good creep and oxidation...
  • Article - 20 Nov 2012
    Super alloys or high performance alloys have the ability to function at temperatures above 540ºC (1000ºF) with deformation resistance and high surface stability.
  • Article - 19 Nov 2012
    Super alloys are metallic alloys used at high temperatures above 540ºC (1000ºF) where high surface stability and deformation resistance are mainly required. Three major classes of super alloys include...
  • Article - 26 Nov 2012
    Super alloys are also referred to as high performance alloys. They contain many elements in a variety of combinations so as to achieve the desired result. These alloys can function under very high...
  • Article - 4 Jan 2013
    Super alloys or high performance alloys have the capacity to function at very high temperatures and in severe mechanical stress environments, and also where high surface stability is required.
  • Article - 20 Nov 2012
    Super alloys also known as high performance alloys are available in three varieties namely cobalt-based, nickel-based and iron-based alloys. These alloys are of different shapes and they contain good...
  • Article - 21 Nov 2012
    Super alloys or high performance alloys are used in environments with very high temperature above 540ºC (1000ºF) where deformation resistance and high surface stability are chiefly required.

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