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Results 1561 - 1570 of 2330 for Yield Strength
  • Article - 17 Sep 2012
    UNS C17300 beryllium copper alloys are heat treatable, ductile and can be mill hardened. They offer tensile strength of 1380 MPa (200 ksi). These steels are suitable for applications requiring good...
  • Article - 11 Sep 2012
    UNS C17200 beryllium copper alloys are ductile and produced in mill hardened and heat treatable tempers. These alloys are used for all applications, which require high strength, stiffness and good...
  • Article - 13 Sep 2012
    UNS C17000 beryllium copper alloys are ductile, heat treatable and can be mill hardened. These alloys are used in applications, which require high strength and good conductivity. The following section...
  • Article - 13 Sep 2012
    UNS C15000 zirconium copper alloys have high conductivity, resistance to deformation and high strength at elevated temperatures. The following datasheet will discuss about the UNS C15000 zirconium...
  • Article - 27 Sep 2012
    UNS C18000 copper nickel silicon chromium alloys are high copper alloys containing high strength and good wear resistance at high temperatures.
  • Article - 13 Nov 2012
    UNS C11400 silver-bearing tough pitch copper has ductility, anneal resistance, and conductivity of 101% IACS. The following datasheet will discuss in detail about the UNS C11400 copper.
  • Article - 13 Nov 2012
    Unalloyed copper or oxygen free coppers have good corrosion resistance and high thermal and electrical properties. Unalloyed coppers of different grades vary based on the amount of impurities present,...
  • Article - 13 Sep 2012
    UNS 11500 silver-bearing tough pitch copper alloys are anneal resistant and ductile. These alloys have conductivity 101% IACS.
  • Article - 13 Nov 2012
    UNS numbers C10100 to C13000 indicate the types of pure copper. Pure and unalloyed copper has excellent corrosion resistance and high thermal and electrical conductivity. Unalloyed copper grades vary...
  • Article - 19 Sep 2012
    UNS C12100 copper alloys have improved embrittlement resistance during the welding process due to deoxidization.

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