Tungsten Alloy Balance Weight

With a density 15-18 times higher than that of steel, tungsten alloy balance weights exhibit better impact resistance and wear resistance They are harder than most metal materials, capable of withstanding extreme working conditions and high levels of stress. They are resistant to corrosion and oxidation, allowing for long-term stability in various acidic and alkaline environments. Tungsten alloy can also operate for extended periods at high temperatures, with a melting point as high as 3410°C, making them suitable for use in extreme high-temperature environments.

The processing of tungsten alloy mainly involves techniques such as casting, forging, heat treatment, and cold working. Among these, cold working is the most commonly used method, enabling the production of tungsten alloy products in various shapes with high specific gravity.

Materials made of tungsten for heavier weight and smaller size. Shorten the weight stack by two-thirds of its original length. The same size as a typical 1 oz weight, but 3 oz heavier. Achieves a lower center of gravity and less wind resistance. For stabilizer rods with a 5/16 thread diameter.

The tungsten alloy balance weight series is principally employed in:

for producing electric light source components and electric vacuum component parts

for producing heating elements and refractory materials for high-temperature furnaces

used as electrodes in the rare earth metal industry

utilized in some military applications

For medical aspects

 

 

 

 

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