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Description

AMS-T-21014

Class 1

Class 2

Class 3

Composition

90W7Ni3Fe

92W5Ni3Fe

95W3Ni2Fe

Density (g/cm3)

17.1±0.15

17.50±0.15

18.10±0.15

Heat Treatment

Sintering

Sintering

Sintering

Tensile Strength (Mpa)

900-1000

900-1000

920-1100

Elongation (%)

18-29

16-26

10-22

Hardness (HRC)

24-28

25-29

27-32

Mil-T-21014

Class1

Class2

Composition

90%W,
6%Ni4%Cu

95%W,
3.5%Ni
1.5% Cu

Density (gm/cc; lbs/in3)

17;0.614

18;0.65

Hardness (RC)

24

27

Ultimate Tensile Strength (PSI)

110,000

110,000

Yield Strength, . 2% Offset (PSI)

80,000

85,000

Elongation (% In 1“)

6

7

Proportional Elastic Limit (PSI)

45,000

45,000

ASTM B 777

Class 1

Class 2

Class 3

Tungsten Nominal %

90

92.5

95

Density (g/cc)

16.85-17.25

17.15-17.85

17.75-18.35

Hardeness (HRC)

32

33

34

Utimate Tensile Strength

ksi

110

110

105

Mpa

758

758

724

Yield Strength at 0.2% off-set

ksi

75

75

75

Mpa

517

517

517

Elongation (%)

5

5

3

Quality&Inspection

Advantages

1.High density
2.High wear-resistant
3.High thermal conductivity with low thermal expansion coefficient
4.High vibration-damping capacity and high Young's modulus
5.High oxidation resistance and corrosion resistance

The density of tungsten heavy alloy is very high. Its density is twice of steel.It is massively applied to balancing weight mould,counterweight and high temperature moulds.

Tungsten heavy alloy has low thermal coefficient but it has high absorption ability and high-energy rays.It aslo can be made into protective shield and high-energy rays as the parts of military defense.

Tungsten Heavy Alloy

The density of tungsten heavy alloy is very high. Its density is twice of steel.It is massively applied to balancing weight mould,counterweight and high temperature moulds.

Classification


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