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Results 1261 - 1270 of 1282 for Pump components
  • Article - 8 Jul 2013
    Titanium mixed with other chemical elements such as molybdenum, aluminum, nickel, and zirconium produces a wide range of titanium alloys.
  • Article - 3 Jul 2013
    Aluminum bronze alloys have an attractive golden color and better corrosion resistance than the brasses or tin bronzes. For many applications, copper UNS C95520 replaces C63020 alloy as it is...
  • Article - 8 Jul 2013
    Copper UNS C89835 is a bismuth tin bronze cast alloy. It has good machinability, good polishing and plating characteristics. It also possesses better castability at lower temperatures.
  • Article - 17 Jul 2013
    Cast silicon brasses are high strength brasses belonging to the family of copper alloys. Brasses are formed when copper is alloyed with zinc. Other elements, such as silicon and lead, are added to...
  • Article - 11 Jul 2013
    There are nearly 400 varieties of copper alloys. Cast red, yellow and leaded brasses are types of copper alloy denoted by UNS numbers C83300 to C85800. These alloys are very ductile.
  • Article - 16 Jul 2013
    Copper has a face-centered-cubic crystal structure and the second best electrical conductivity among metals, following silver. Copper forms alloys more freely than most of the metals and with a wide...
  • Article - 22 May 2013
    The UNS designations C60600 to C64400 indicate aluminum bronzes, one of the copper alloy categories. These alloys have about 5-12% aluminum in the composition. Aluminum bronzes are stronger than...
  • Article - 26 Jul 2013
    UNS C63000 is a nickel-aluminum-bronze alloy of copper, which has excellent corrosion resistance and hot formability features. The following datasheet will provide more details about copper UNS...
  • Article - 16 Nov 2012
    Super alloys contain many elements in different combinations so as to achieve a desired result. They have the ability to function at very high temperatures and under severe mechanical stress, and also...
  • Article - 26 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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