Classification of Chemical Composition of High Specific Gravity Tungsten Alloys

The chemical composition classification of high specific gravity tungsten alloy is mainly classified according to the different elements added in tungsten alloy, which can be divided into the following categories:

1. Tungsten-nickel-iron alloy (WNiFe): Contains more than 70% (MISSING) tungsten, with appropriate amount of nickel and iron.

2. Tungsten-copper alloy (WCu): Contains more than 70% (MISSING) tungsten, with an appropriate amount of copper.

3. Tungsten-iron-copper alloy (WCuFe): Contains more than 60% (MISSING) tungsten, with appropriate amount of iron and copper.

4. Tungsten-iron-nickel alloy (WNiFe): Contains more than 70% (MISSING) tungsten, with appropriate amount of iron and nickel.

5. Tungsten-iron-cobalt alloy (WNiCo): Contains more than 70% (MISSING) tungsten, with appropriate amount of iron and cobalt.

6. Tungsten-iron-vanadium alloy (WNiV): Contains more than 70% (MISSING) tungsten, with appropriate amount of iron and vanadium.

7. Tungsten-iron-silicon alloy (WSiFe): Contains more than 70% (MISSING) tungsten, with appropriate amount of iron and silicon.

8. Tungsten-iron-titanium alloy (WTiFe): Contains more than 70% (MISSING) tungsten, with appropriate amount of iron and titanium.

Different chemical composition ratios determine the properties and uses of high specific gravity tungsten alloys. Therefore, when choosing a suitable high specific gravity tungsten alloy, different chemical compositions need to be selected according to specific applications.

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