Tungsten Alloy

Tungsten Radiation Shielding

Tungsten Radiation Shielding part is the first choice for radiation shielding.Compared with the traditional shielding materials, the shielding property of the tungsten alloy is much better.

Tungsten Alloy Counterweight

XIAN ECON INDUSTRIAL CORP. supplies counterweight parts which are made from quality tungsten heavy alloys, mainly those of W-Ni-Fe & W-Ni-Cu.

75W25Cu Welding Electrode

Description The chemical composition of 75W25Cu tungsten-copper alloy principally consists of tungsten (W) and copper (Cu), wherein the tungsten content amounts to 75% and the copper content is 25%.

Bucking Bar

1.Product name:Tungsten Alloy Bucking Bar. 2.Material ：93W/Ni/Fe. 3.Density:17.6 g/cm3 +/- 0.25 . 4.Executive standard:ASTM B 777-07/AMS-T-21014 . 5.Tungsten alloy have the characteristics of high

Spot Resistance Welding Electrodes

ECON produces Spot Resistance Welding Electrodes, which are made of high quality tungsten alloy, with compact internal structure and no cavity defects, The rod is made of red copper or

Tungsten Alloy Plate

1.Prodcut name:Tungsten alloy plate. 2.Material：95W/Ni/Cu. 3.Density：18.05 g/cm3 +/- 0.25 . 4.Application:balance hammer for machinery; flying hammer; oil drilling counterweight rod; dart rod; golf

Tungsten Copper Alloy Rod

1.Product name:80W/20Cu alloy bar. 2.Density:15.15g/cm3. 3.Hardness:220. 4.Size:dia60*60/75mm dia20*250mm . 5.Tungsten-copper alloys contain 6-50% (weight ratio) of copper, and have the advantages of

91W/Ni/Fe Tungsten Alloy

1.High density tungsten alloy is a series of tungsten alloys combined with some of other alloying elements including Ni, Fe, Cu.. 2.Material:91W/Ni/Fe. 3.We offer two series of Tungsten Heavy Alloys:

Tungsten Heavy Alloy

Tungsten heavy alloy is a kind of tungsten-based alloy（W content is about 90%-97%） mixed with Ni，Fe or Ni, Cu. Besides, Co，Mo，Cr , etc. is added to some special alloy. The density is 16.75-18.75 g/cc.

Tungsten Copper Alloy

Tungsten copper alloy plate and rod are produced by isostatic pressing, high temperature sintering and copper infiltration process.

Tungsten alloy Collimator

Collimators are used in neutron, X-ray, gamma-ray optics and also used with radiation detectors in nuclear power stations for monitoring sources of radioactivity.