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Specialty Metals That Make Our WorldTM
  Products
  CPI Zirconium
  Product Table
  Datasheets
    Chemicals:
  Hafnium Oxide
  Hafnium Oxide Technical Grade
  Hafnium Oxychloride Reactor Grade Special (RGS)
  Hafnium Oxynitrate Reactor Grade
  Hafnium Tetrachloride LZ Grade
  Hafnium Tetrachloride S Grade
  Zirconium Hydroxide - Crystal Grade
  Zirconium Oxide Jet Milled
  Zirconium Oxide Reactor Grade
  Zirconium Oxide Spectrographic Grade
  Zirconium Oxychloride
  Zirconium Oxynitrate Reactor Grade
  Zirconium Tetrachloride
    Hafnium:
  Hafnium Alloy Addition
  Hafnium Crystal Bar
  Hafnium Production Flow Chart
  Hafnium Sponge
    Niobium:
  Niobium Production Flow Chart
  Machining & Forming Operations
  Niobium
    - C-103
  Niobium Powder
    Others:
  Powder Metals
  Special Alloy Fabrication
    Titanium:
  ATI 425® Titanium Alloy
    - in Aerospace and Industrial Applications
    - in Defense Applications
  Corrosion Resistant Titanium Alloys
  Ti-45 Niobium
  Tiadyne® 3510
  Titanium Alloys
  Titanium Grade 1 - 4
  Titanium Rod & Wire
  Titanium Crystal Bar
  Titanium and Zirconium Casting
    Tungsten:
  Infiltrated Tungsten
    Vanadium:
  Vanadium
    Zirconium:
  Chemicals
  Corrosion Data
  Machining & Forming Operations
  Zircadyne® 702/705
    - in Chloride Solutions
    - in Formic Acid
    - in Hydrochloric Acid
    - in Hydrogen Peroxide
    - in Nitric Acid
    - in Organic Applications
    - in Urea Applications
  Zirconium Consolidation Flow Chart
  Zirconium Crystal Bar
  Zirconium Production Flow Chart
  Zirconium Sponge
  Zirconium Welding
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  Corrosion Laboratory Price List
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  Metallurgical Laboratory Price List
    Rod & Wire
  Huntsville Operations

Powder Metals Data Sheets

Zirconium Powder

ATI Wah Chang produces zirconium powder in a variety of compositions: pure zirconium with < 2000 ppm hafnium, commercially pure zirconium with < 4.5% hafnium. As with the titanium, all powder is produced via the hydride/dehydride process from vacuum melt refined stock removing halogens, light metals, and other low boiling contaminants. All powders are available either as dehydride or hydride. Please refer to the general description of powder properties.

All of these products are amenable to traditional powder metallurgy processes. Aside from powder metallurgy manufacture of near net shape components, applications include but are not limited to :pyrotechnics, gettering, thermal spraying, alloy additions, proprietary compounds. Certain other alloys are available upon inquiry.

Nominal Chemical Analysis (ppm except Hafnium)

Typical 99% plus
Element
Commercial Purity -80Xdown
Commercial Purity -325Xdown
Pure Zirconium -80Xdown
Pure Zirconium -325Xdown
Carbon
<250
<250
<250
<250
Nitrogen
<150
<250
<150
<250
Hydrogen
<100
<100
<100
<100
Oxygen
<2500
<3500
<2500
<3500
Chlorine
<1000
<1000
<10
<10
Magnesium
<250
<250
<10
<10
Hafnium
<4.5%
<4.5%
<2000
<2000
Iron+Chromium
<1000
<1000
<1000
<1000