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Results 1031 - 1040 of 2449 for Cu
  • Article - 16 Jul 2013
    There are 400 different kinds of copper alloys available. It is possible to freely form alloys with copper than most metals. The commonly used alloying elements include zinc, tin, manganese, lead, and...
  • Article - 16 Jul 2013
    Copper combines with a wide range of alloying elements to produce alloys such as copper-nickel, aluminum bronze, nickel silver, tin bronze, etc. The addition of alloying elements in turn improves...
  • Article - 15 Jul 2013
    Copper alloys are metal alloys having copper as their main component. Copper nickel alloys have outstanding resistance to corrosion, and their properties vary with composition to suit different range...
  • Article - 24 Jul 2013
    Cu-Ni alloys are provided with a single-phase structure for the complete range of compositions, and a number of standard alloys are available with small variations in their composition for specific...
  • Article - 24 Jul 2013
    Copper alloys are of many types. The addition of various other elements provides each alloy its distinct characteristics. The addition of nickel to a copper alloy improves strength and corrosion...
  • Article - 24 Jul 2013
    Copper and its alloys are highly sought after materials. There are over 400 copper alloys with unique properties specifically designed to suit specific applications and environments. UNS C77300 is a...
  • Article - 24 Jul 2013
    A copper alloy is an alloy containing primarily copper, mixed with different alloying elements such as silver, zinc, manganese, iron, and tin. Each element is designed to maximize the properties such...
  • Article - 16 Jul 2013
    Nickel silvers are one category of copper alloys, designated with the UNS numbers C73150 to C79900.
  • Article - 24 Jul 2013
    Copper is a reddish-yellow ductile metal that has high thermal and electrical conductivities. Nickel silver alloys has good formability, good corrosion and tarnish-resistance.
  • Article - 26 Jul 2013
    Copper and its alloys are the most versatile engineering materials. The major uses of pure, unalloyed copper are based on the high electrical and thermal conductivity of copper.

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