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  • Article - 13 Sep 2012
    Copper beryllium alloys have high strength and good thermal and electrical conductivities. High conductivity alloys and high strength alloys are the two major types of copper beryllium alloys.
  • Article - 18 Sep 2012
    Copper beryllium alloys have good thermal and electrical conductivities and high strength. Two major groups of copper beryllium alloys include high conductivity alloys and high strength alloys.
  • Article - 18 Sep 2012
    Copper nickel alloys are alloys that have moderate strength and thermal stability in high temperature levels. The high oxidation resistance of these alloys is visible in moist air and steam.
  • Article - 3 Oct 2012
    Bronzes are bearing materials comprising a wide range of properties derived from a variety of compositions and alloys. This data sheet will discuss the chemical composition, physical and mechanical...
  • Article - 13 Sep 2012
    Cold-work tool steels are high carbon steels that are further classified into three subgroups such as oil-hardening steels, high-carbon, high-chromium steels, and air-hardening steels.
  • Article - 25 Oct 2012
    High-speed tool steels are divided into molybdenum high-speed steels and tungsten high-speed steels. Group M steels or molybdenum high-speed steels have less initial cost.
  • Article - 9 Jul 2012
    Water-hardening tool steels, also known as group W steels, comprise the W1, W2, and W3 types. Carbon is the main alloying element found in group W steels. Water-hardening steels are produced with...
  • Article - 9 Jul 2012
    Cold work tool steels are high carbon steels containing smaller amounts of manganese, tungsten, molybdenum, and chromium. These steels have high carbon content and adequate amount of alloying...
  • Article - 19 Jun 2012
    The word lanthanum was derived from a Greek word lanthaneia. In 1839, a Swedish chemist, Carl Gustaf Mosander discovered lanthanum when he was searching for impurities in cerium samples.
  • Article - 18 Jun 2012
    In 1807AD, potassium was first prepared by English chemist Sir Humphrey Davy. Davy melted a small amount of potash, and passed electric current through it.

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