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  • Zirconium sputtering target
  • Zirconium sputtering target
  • Zirconium sputtering target
  • Zirconium sputtering target
Zirconium sputtering target Zirconium sputtering target Zirconium sputtering target Zirconium sputtering target

Zirconium sputtering target

  • Purity: 99.2-99.95% available
  • ASTM R60700, R60702 available
  • Customization supported
  • Zirconium series sputtering targets and cathode in accordance with ASTM, including various pure zirconium and zirconium alloys targets
  • Zirconium-sputtering-target,sputtering target,Zr
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    Description

    Technical Parameters

    Material categories

    Zirconium sputtering target

    Molecular formula

    Zr

    CAS No

    7440-67-7

    Purity

    99.2-99.95%

    Molar mass

    91.224

    Density

    6.49 g/mL at 25℃(lit.)

    Melting point

    1852 ºC

    Boiling point

    4377 ºC

    Solubility (water)

    insoluble in water


    Product Overview:
    Zirconium is a grayish white, hard, and lustrous transition metal that is very similar to hafnium and slightly less similar to titanium.
    Zirconium is mainly used as a heat resistant agent and a sunshade agent, while a small amount of zirconium is used as an alloy agent due to its high corrosion resistance. Zirconium can form a variety of inorganic compounds and organometallic chemistry, such as zirconium dioxide and zirconium dichloride. There are five isotopes of zirconium in nature, three of which are stable. Zirconium compounds have no known function in living organisms.

    Product Application:
    Zirconium is not corrosion-resistant and is mainly used in nuclear reactors as a jacket material for fuel rods and as a corrosion-resistant alloy. Because the neutron cross-sectional area of zirconium is very small, neutrons can pass almost completely through zirconium, so zirconium alloys can be used as nuclear fuel cladding tube structural materials in nuclear fission reactors, such as zirconium 2 and zirconium 4 alloys. The only downside is that above 1260 degrees Celsius, it reacts with water vapor to produce hydrogen, causing a hydrogen explosion.




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    Product Categories

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      • Element Sputtering Targets
      • Alloy Sputtering Targets
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    • Rare Earth Materials
      • Elemental Rare Earth Metals
      • Rare Earth Alloy Material
      • Rare Earth Oxide
      • Other Rare Earth Compounds
    • Evaporation Materials
      • Fluoride
      • Nitride
      • Oxide
      • Metal
      • Sulfides and Selenides
      • Carbide
      • Other Compounds
    • Metal powder
    • Battery Material
      • Solid State Battery Material
      • Additive
      • Hydrogen Storage Material
      • Oxygen Storage Material
    • Chemical Reagent
    • Production Parts
    • Customized Consultation

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