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Tungsten rod

Tungsten rod (English name: Tungsten Bar) is also called tungsten alloy rod. Tungsten alloy rods (WMoNiFe) and Anviloy 1150 are made of metal powder at a specific high temperature, using special high-temperature powder metallurgy technology. This tungsten alloy rod material has a low coefficient of thermal expansion, good thermal conductivity and good material properties.

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  • Product Introduction

    At high temperatures, the tungsten alloy rod acts as a material with a high melting point and a low thermal expansion coefficient. The addition of tungsten alloying elements improves workability, toughness and welding. The material properties are established in the manufacturing of tungsten alloy rods to eliminate the problems associated with heat treatment of other tool materials.

    tungsten alloy rod specifications and parameters:

    Diameter (mm)

    Length (mm)

    Degreaser (g/cm³)

    Hardness (HRC)

    Bending strength (Mpa)

    0.5-250

    10-6000

    17~19

    32~36

    800~1200

    In addition, the shape of the tungsten alloy rod is also diversified, including round bar, square bar, rectangular bar, hexagonal bar, flat bar, coiled bar, welding bar, etc. These different shapes can meet the requirements of different application scenarios.

    The specific size should be determined according to the actual demand.

    Material characteristics

    1. High density: Tungsten is a high-density metal with a density of up to 19.3g/cm³, second only to gold, platinum and iridium. This high density makes tungsten rods useful in applications where mass balance or radiation shielding is required.

    High melting point: Tungsten has an extremely high melting point of 3422°C(6192 °F). This allows the tungsten rod to have excellent stability and heat resistance in a high temperature environment.

    3. Good thermal conductivity: Tungsten is an excellent thermal conductor, which can effectively transfer heat in a short time. This characteristic makes the tungsten rod very suitable for high temperature operation or the need for rapid heat dissipation.

    4. High hardness and strength: Tungsten rod has extremely high hardness and strength, and can resist high pressure and high load. This makes it excellent in applications such as manufacturing tools, dies and cutting tools.

    5. Good corrosion resistance and oxidation resistance: Tungsten rods have good resistance to most acids, alkalis and salts, and can maintain their performance in harsh environments. In addition, the tungsten rod also has good oxidation resistance and can maintain its stable performance at high temperatures.

    6. Good machinability: Although the tungsten rod has high hardness and strength, it can still be processed by appropriate processing techniques, such as cutting, grinding and drilling. This allows the tungsten rod to be made in various shapes and sizes as desired.

    7. Radiation shielding performance: Due to the high density and high atomic number of tungsten, tungsten rods have good shielding performance against radiation such as X-rays and gamma rays. This makes it widely used in the nuclear industry, medical equipment and aerospace.

    8, good conductivity and thermal electron emission: tungsten rod also has good conductivity and thermal electron emission, making it in the field of electronic and vacuum technology has important application value.


Key words:

Tungsten rod


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