Tungsten alloy products have low thermal expansion and high density. They also absorb radiation and are high in thermal and electrical conductivity.
About metal alloy 17g/cm3 Tungsten nickel iron bar Tungsten alloy bar: Tungsten is known for its high sintering densities, strength and plasticity as well as certain ferromagnetism. This alloy has excellent machinability and plasticity, high thermal conductivity, electrical conductivity and absorption capability for grays and Xrays.
Properties:
High radiation exposure, excellent performance, and low thermal expansion.
Applications:
Tungstennickel-iron is widely utilized and the primary tungsten heavy alloy. In general, sintered alloys work well for counterweights and radiation shielding devices. But, for high mechanical properties applications, tungsten nickel-iron alloys must be deformed processed and heated to obtain strengthening.
1. Tungsten, nickel-iron and other alloys are most commonly used for the manufacturing of gyroscopes, spacecraft, and guide devices.
2. Machine manufacturing equipment, including boring bars, tool holders and boring bars;
3. Conventional weapons: armor-piercing bullet cores, rivet heads, and electrical product switch contacts;
4. Additionally, radiation shielding components can also be made from it.
Payments & Transport:
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Other Titles |
Tungsten Nickel Iron Bar |
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N/A |
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Compound Formula |
W-Ni-Fe |
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Molecular Weight |
N/A |
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Appearance |
N/A |
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Melting Point |
N/A |
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Water solubility |
N/A |
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Density |
17g/cm3 |
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Purity |
99.95% |
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Size |
Individualized |
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Boling Point |
N/A |
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Specific Heat |
N/A |
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Thermo Conductivity |
N/A |
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Thermal Expansion |
N/A |
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Young’s Module |
N/A |
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Exact Mass |
N/A |
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Monoisotopic |
N/A |
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Safety Notice |
N/A |
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Hazard Statements |
N/A |
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Flashing Point |
N/A |
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Hazard Codes |
N/A |
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Risk Codes |
N/A |
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Safety statements |
N/A |
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RTECS # |
N/A |
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Transport Information |
N/A |
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WGK Germany |
N/A |
