The most refractory metal
With the highest melting point of all metals (3,410 °C), tungsten is irreplaceable in high-temperature applications, radiation shielding and extreme wear tooling.
| Density | 19,3 g/cm³ |
|---|---|
| Melting point | 3 410 °C |
| Elastic modulus | 411 GPa |
| Vickers hardness | 3 430 HV |
| Thermal conductivity | 173 W/(m·K) |
| Resistivity | 52,8 nΩ·m |
| Grade | Standard | Description |
|---|---|---|
| Pure W 99.95% | ASTM B760 |
High-purity tungsten for filaments, cathodes and contacts. |
| W-Ni-Fe (WHD) | ASTM B777 |
Heavy metal alloy. Counterweights, shielding and collimators. |
| W-Ni-Cu | ASTM B777 |
Non-magnetic version of WHD. Medical applications. |
| WC (Carbide) | ISO 4499 |
Extreme hardness. Cutting and wear tools. |
Check available stock and custom manufacturing options.
Ø 1–50 mm · Sintered + forged
View format →e 0.1–20 mm · Rolled
View format →Ø 0.01–3 mm · Drawn
View format →Ø 1.0–6.35 mm · WL15, WC20, WT20
View format →WHD · Custom drawing
View format →Nuclear medicine and PET
View format →Medical radioprotection
View format →Vacuum thermal evaporation
View format →Cutting and wear tools
View format →Tungsten is used across multiple demanding industries.
Biocompatibility and technical traceability
Certified aerospace quality
High-Performance Applications
Materials for advanced microelectronics
Extreme chemical resistance
Reliability and durability for critical infrastructure
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