The minimum bending radius of tungsten wire for textiles weaving gloves depends on the diameter, hardness, and specific application conditions of the tungsten wire. Generally, the minimum bending radius can be estimated according to the following empirical formula:
Minimum bending radius = n × tungsten wire diameter
Where, 𝑛 is a constant, usually between 2 and 10. This constant depends on the hardness and ductility of the material.
For example:
If the tungsten wire is hard and has a small diameter, 𝑛 may take a larger value (such as 6 to 10) to prevent the tungsten wire from breaking during bending.
If the tungsten wire is relatively soft and has a large diameter, 𝑛 may take a smaller value (such as 2 to 5).
In practical applications, in precision applications (such as electronic component manufacturing), the specific minimum bending radius needs to be determined experimentally to ensure that the structural integrity of the tungsten wire is not damaged during processing.
In summary, the minimum bending radius of tungsten wire for textiles weaving gloves is usually 2 to 10 times its diameter, and the specific value should be tested and confirmed according to the actual material properties and application requirements.
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