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Results 1831 - 1840 of 1899 for Shielding
  • Article - 21 Sep 2012
    UNS C17500 copper-cobalt-beryllium alloys comprise moderate strength and about 50% IACS conductivity. These alloys are available in mill hardened tempers and heat treatable and ductile tempers.
  • Article - 15 Nov 2012
    UNS C11600 silver-bearing tough pitch copper has a conductivity of 101% IACS, anneal resistance and ductility. The following datasheet will cover the properties, designations, fabrication, heat...
  • Article - 14 Nov 2012
    Unalloyed copper or oxygen free coppers are provided with high thermal and electrical properties and good corrosion resistance. Based on the amount of impurities present in the metal, the properties...
  • Article - 3 Oct 2012
    UNS C11000 electrolytic tough pitch copper is ductile, resistant to annealing, and has a conductivity of 101% IACS. The following datasheet will discuss in detail about the UNS C11000 electrolytic...
  • Article - 15 Nov 2012
    Pure and unalloyed coppers have good corrosion resistance and high thermal and electrical conductivity. Pure copper is designated as UNS C10100 to C13000. Oxygen free coppers are applicable in all...
  • Article - 13 Sep 2012
    Pure copper has high electrical and thermal conductivity. Alloys can be freely formed by the copper. The UNS 11300 silver-bearing tough Pitch copper has 101% IACS conductivity, and high ductility. It...
  • Article - 18 Sep 2012
    Copper beryllium alloys feature high strength and good thermal and electrical properties. Two main types of copper beryllium alloys are high conductivity alloys and high strength alloys.
  • Article - 17 Sep 2012
    Aluminium bronzes are copper alloys, that contain about 5 to 12% of aluminium. In addition, aluminium bronzes also contain nickel, silicon, manganese, and iron. They are found in wrought and cast...
  • Article - 26 Sep 2012
    The UNS C63200 aluminium nickel bronze alloy has high corrosion resistance and strength.
  • Article - 4 Feb 2012
    The accurate modelling of chloride ingress to concrete by equation 4 has been demonstrated in the previous parts of this review.

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