Engaged in offering wire mesh that includes dutch weave wire mesh, plain dutch weave wire mesh, plain weave wire mesh, twill weave wire mesh.
Dutch Weave Wire Mesh
We bring forth for our customers, a variety of Dutch Weave Wire Mesh, wherein the weaving is done in a twill pattern. This allows for twice as many weft wires to be woven in the same area, as it is allowed in Plain Dutch Weave Wire Mesh. This feature helps in obtaining a finer opening of the filter. Further, this wire mesh is exclusively designed for filtration and separation, and can efficient filter particles of up to 10 micron size and even finer ones.
Our clients can avail from us, a range of Plain Dutch Weave Wire Mesh, the weaving pattern, of which, is similar to that of plain clothes. The only difference being that in this mesh, the warp wires used are much thicker and spaced farther apart, as compared to the weft wires. Moreover, the Plain Dutch Weave Wire Mesh offered by us primarily finds application as an industrial filter cloth and as an apparatus of separation.
We manufacture and supply an especially designed range of Plain Weave Wire Mesh that is used as the standard cloth for diverse purposes. Extensively demanded by clients for its varied applications, it can be customized according to the specifications detailed by our clients. Our Plain Weave Wire Mesh is fabricated by passing wire wrap over and under the successive weft wire, at an angle of 90º and vice-versa. This results in precise opening of the mesh and also in maximum cloth stability.
We provide our clients with Twill Weave Wire Mesh that is manufactured by passing every single fill wire, alternately over and under two separate warp wires. Since the pattern of the wire is spread out on successive warp wires, the Twill Weave Wire Mesh offered by us appears like parallel diagonal lines. The weaving pattern of this mesh enables the usage of proportionately larger wire diameters in a particular mesh count, in comparison to plain weave. This, in turn, allows in successfully meeting the process requirement.