MAISHI wrote this article aiming to illustrate what kinds of stainless steel wire mesh can be woven and what cannot from the ratio of aperture and wire diameter.
Normally, for square hole stainless steel wire mesh, the ratio of aperture and wire diameter should be greater or equal to 1. It is hard to be woven if the ratio is smaller than 1, and the maximum limit is 0.7.
For high mesh count stainless steel wire mesh, if the ratio is between 1-1.5, most of them are Twill weave. But if the ratio is smaller than 1.35, it is better to adopt Twill weave. Once the ratio is bigger than 1.5, we should adopt Plain weave for the following reasons:
If we adopt twill weave when the ratio is bigger than 1.5, the warp wire and weft wire cannot be interwoven tightly, which will lead to wire mesh oblique.
If we adopt plain weave when the ratio is less than 1.35, most of the warp wires will be broken, which will greatly increase the difficulty of weaving.
Should you need further information about stainless steel wire mesh, welcome to contact MAISHI freely.
Normally, for square hole stainless steel wire mesh, the ratio of aperture and wire diameter should be greater or equal to 1. It is hard to be woven if the ratio is smaller than 1, and the maximum limit is 0.7.
For high mesh count stainless steel wire mesh, if the ratio is between 1-1.5, most of them are Twill weave. But if the ratio is smaller than 1.35, it is better to adopt Twill weave. Once the ratio is bigger than 1.5, we should adopt Plain weave for the following reasons:
If we adopt twill weave when the ratio is bigger than 1.5, the warp wire and weft wire cannot be interwoven tightly, which will lead to wire mesh oblique.
If we adopt plain weave when the ratio is less than 1.35, most of the warp wires will be broken, which will greatly increase the difficulty of weaving.
Should you need further information about stainless steel wire mesh, welcome to contact MAISHI freely.
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