Tungsten Rhenium Alloy

Tungsten Rhenium Rod WRe 3/25, WRe5/26 in Aerospace , Welding diameter 3mm, 6mm Description Tungsten Rhenium Rod Uses: Tungsten-rhenium alloy has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: Use in vacuum, hydrogen, inert atmosphere, and its operating temperature range is 0 ~ 2300 ℃. Non-uniform thermo-electromotive force: The non-uniform thermo

Tungsten Rhenium Wire WRe5/26 Description Tungsten Rhenium Wire WRe5/26 Uses: Tungsten-rhenium alloy has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: Use in vacuum, hydrogen, inert atmosphere, and its operating temperature range is 0 ~ 2300 ℃. Non-uniform thermo-electromotive force: The non-uniform thermo-electromotive force of the entire coil (disk) of

Tungsten Rhenium Sputtering Target WRe3%, WRe5%, WRe25%, WRe26% Description Tungsten Rhenium Sputtering Target Uses: Tungsten-rhenium alloy has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: due to the excellent high temperature strength and high temperature plasticity of W-Re alloy, various structural parts, heaters and special-shaped parts made of W-Re

Tungsten Rhenium Sheet WRe3%, WRe5%, WRe25%, WRe26% Description Tungsten Rhenium Sheet Uses: Tungsten-rhenium alloy has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: due to the excellent high temperature strength and high temperature plasticity of W-Re alloy, various structural parts, heaters and special-shaped parts made of W-Re alloy are widely used in

Tungsten Rhenium Plate WRe3%, WRe5%, WRe25%, WRe26% Description Tungsten Rhenium Plate Uses: Tungsten-rhenium alloy has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: due to the excellent high temperature strength and high temperature plasticity of W-Re alloy, various structural parts, heaters and special-shaped parts made of W-Re alloy are widely used in

Tungsten Rhenium Bar WRe 3/25, WRe5/26 in Aerospace Welding diameter 2.4mm, 3.2mm Description Tungsten Rhenium Bar Uses: Tungsten-rhenium alloy has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: Use in vacuum, hydrogen, inert atmosphere, and its operating temperature range is 0 ~ 2300 ℃. Non-uniform thermo-electromotive force: The non-uniform thermo

Tungsten Rhenium Electrode WRe 3/25, WRe5/26 in Welding 2.4mm, 3.2mm Description Tungsten Rhenium Electrode Uses: Tungsten-rhenium alloy electrode has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: Use in vacuum, hydrogen, inert atmosphere, and its operating temperature range is 0 ~ 2300 ℃. Non-uniform thermo-electromotive force: The non-uniform thermo

Tungsten Rhenium Wire WRe3/25 W-3Re/W-25Re, W-5Re/W-20Re, W-5Re/W-26Re, W/W-26Re, Commonly used for tungsten sapphire or sapphire tungsten-rhenium alloy wire for single crystal sapphire binding Model: W-25Re, diameter 0.5mm Description Model: WRe3 / 25, WRe5 / 26, WRe5 / 20 Uses: Tungsten-rhenium alloy has good electrical properties, ductility and processability, and can be used for thermocouple temperature measurement in high temperature furnaces. Applicable conditions: Use

Tungsten Rhenium Wire W-3Re/W-25Re, W-5Re/W-20Re, W-5Re/W-26Re, W/W-26Re, Commonly used for tungsten sapphire or sapphire tungsten-rhenium alloy wire for single crystal sapphire binding Model: W-25Re, diameter 0.5mm Description Tungsten-rhenium alloy is mainly used for structural materials in high-temperature fields, and has a wide range of applications in electronic technology, nuclear technology, aerospace technology and temperature measurement technology. There are three