>> Tungsten Rhenium Alloy

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  Tungsten-rhenium alloy wire

  Model Alloy Composition Diameter (mm) Rhenium Content (%) WRe3 Wire 3% Rhenium, 97% Tungsten 0.05 – 0.5 3 WRe5 Wire 5% Rhenium, 95% Tungsten 0.05 – 0.5 5 WRe26 Wire 26% Rhenium, 74% Tungsten 0.05 – 0.5 26

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  Tungsten-rhenium alloy target

  Target disk diameter: φ40-220mm Anode tilt angle: 6-23° Density: ≥96% Number of grains in tungsten-rhenium alloy layer: ≥500/mm2 Dynamic balance: <1g.cm Surface roughness: Ra0.8 Rhenium content: 3%, 5%, 10% Process flow: powder mixing → pressing → sintering → forging → annealing → machining → dynamic balancing → vacuum degassing → packaging

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  Tungsten-rhenium alloy rod

  WRe5 Stick: Alloy composition: 5% rhenium, 95% tungsten Density: ≥18.5 g/cm³ Melting point: ≥3050°C High temperature resistance: excellent high temperature mechanical properties and thermal stability Applications: aerospace, high temperature heating elements, high temperature measurement and control equipment, etc. WRe26 Stick: Alloy composition: 26% rhenium, 74% tungsten Density: ≥19.3 g/cm³ Melting point: ≥3050°C High temperature resistance: excellent high temperature mechanical properties and thermal stability Applications: aerospace, high temperature heating elements, high temperature measurement and control equipment, etc. WRe41 Stick: Alloy composition: 41% rhenium, 59% tungsten Density: ≥19.7 g/cm³ Melting point: ≥3050°C High temperature resistance: excellent high temperature mechanical properties and thermal stability Applications: aerospace, high temperature heating elements, high temperature measurement and control equipment, etc.

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  Tungsten-rhenium alloy plate

  WRe5 board: Alloy composition: 5% rhenium, 95% tungsten Density: ≥18.5 g/cm³ Melting point: ≥3050°C High temperature resistance: excellent high temperature mechanical properties and thermal stability Applications: aerospace, thermocouples, high temperature heating elements, etc. WRe26 board: Alloy composition: 26% rhenium, 74% tungsten Density: ≥19.3 g/cm³ Melting point: ≥3050°C High temperature resistance: excellent high temperature mechanical properties and thermal stability Applications: aerospace, high temperature heating elements, high temperature measurement and control equipment, etc. WRe41 board: Alloy composition: 41% rhenium, 59% tungsten Density: ≥19.7 g/cm³ Melting point: ≥3050°C High temperature resistance: excellent high temperature mechanical properties and thermal stability Applications: aerospace, high temperature heating elements, high temperature measurement and control equipment, etc.