point of any metal, and its high density is equaled only by gold, platinum, and a few other rareand

expensivemetals.

Pure tungsten is quite brittle and difficult to machine. Theaddition of elements such as nickel, copper,

and iron,creates a family of materials with extremely useful properties. These alloys areeconomically

fabricatedby powder metallurgy techniques and are routinely machined by conventionalmethods.

Mechanical properties add tensile strength, ductility,hardness-compare favorably with common

engineering materialssuch as steel.

Twice as heavy as steel and more than 50% heavier than lead,tungsten high-density alloys have

foundwide acceptance where a concentratedmass is required in a limited space for suchapplications

as counter weights, radiation shielding, and a large variety of otheruses.

Components: 90WNiFe, 90WNiCu, 93WNiFe (92.5WNiFe),95WNiFe,95WNiCu, 97WNiFe

Thickness: 0.03-6.0 mm

Width: 300-600 mm

Length: 500-1300mm

Parts of our W/Mo component usedfor CT:

Pure W Foil:Min. thickness: 0.03mm

Pure Mo. Foil:Min. thickness: 0.01mm