Tungsten Copper Alloy Tube

Tungsten Copper Alloy Tube combines the strength and the erosion resistance of tungsten with the heat dissipation and the conductivity of copper to make a tube for high-performance systems. This tube uses tungsten to guarantee wear resistance and arc stability, while copper adds to the excellent thermal management and electrical pathways. WCu tubes are used in thermal conduits and current-carrying components in the aerospace, nuclear systems, and power electronics industries, as well as in high-voltage systems. These tubes are used as EDM guide tubes, aerospace electronics cooling channels, and fusion energy devices' conductive pathways. In WCu tube research, phase compatibility, optimisation of conductivity, thermal and electrical cycling of structural reliability are the most common topics. Advanced aerospace and power systems technologies rely on the WCu tube for its exceptional combination of toughness, formability, and functional balance.

Physical Properties of Tungsten Copper Alloy Tube

Physical propertiesTungsten (W)Copper (Cu)
Density19.25 g/cm38.92 g/cm3
Thermal expansion 10-6/°C4.516.6
Thermal conductivity w/(m·k)174403
Boiling point °C34101083
Heat capacity J/(kg·°C)136385
Elastic Modulus GPA411145
Strength Mpa550120
Compound FormulaWCu
Molecular Weight247.39
AppearanceSolid
Density13-16 g/cm3
Exact Mass246.880529
Monoisotopic Mass246.880529

Chemical Composition & Mechanical Properties of Tungsten Copper Alloy Tube

ClassChemical   Composition (wt%)DensityHardnessResistivityIACSBending   Strength
CuTotal   Impurities≤Wg/cm3 ≥HB Kgf/mm2 ≥μΩ.cm ≤% ≥MPa ≥
W50/Cu5050±2.00.5Balance11.851153.254-
W55/Cu4545±2.00.5Balance12.31253.549-
W60/Cu4040±2.00.5Balance12.751403.747-
W65/Cu3535±2.00.5Balance13.31553.944-
W70/Cu3030±2.00.5Balance13.81754.142790
W75/Cu2525±2.00.5Balance14.51954.538885
W80/Cu2020±2.00.5Balance15.15220534980
W85/Cu1515±2.00.5Balance15.92405.7301080
W90/Cu1010±2.00.5Balance16.752606.5271160

Tungsten Copper Alloy Tube

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