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- Plain Weave
Fabric shall be formed by spacing the main and cross wires at a right angle.
When all the main and cross wires are parallel and equally intervals, the mesh forms a square,292;and,when the width is different, it becomes rectangular.
Meanwhile, production of plain weave up to the same wire gauge as open mesh is theoretically possible. But use of wire gauge about 80% of open mesh is optimum due to changes in structure at the time of weaving.
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- Twilled Weave
Contrary to plain weave,two lines of the main and cross wires are interweaved alternately. It is possible to use a wire thicker then the mesh of twilled weave and,it ha an advantage of vulcanization being small because the angle of refraction of the main and cross wires is big. It is suitable for cases of comparatively high or much load.
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- Plain Dutch Weave
As a derivation of plain weave,The mesh of main wires is broad, and the cross wires stick together closely,letting liquids or air pass through the intersections of the main and cross wire. This net is best suited for filtering dehydration,and separation of centrifugal separators. Mesh is indicated by the number of weft wires between a distance of 25.4mm.
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- Twilled Dutch Weave
The process of manufacture of twilled Dutch weave is a combination of twilled weave and Dutch weave. The cross wires stick fast to both the interior and exterior of the net.
This has a density twice that of Dutch weave,Being the most minute and firm filtrator for separation. It is possible by the number of weft wires between a distance of 25.4mm.
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Classification of Wire Mesh
Terms of Specification