Nichrome Wire Mesh offers high creeping resistance and age toughening properties up to 1688oF. It is utilized in the aeronautics, food processing and mining operations. It offers enhanced tensile strength after heat processing. For more details

Nichrome Wire Mesh is a wide regulatory class of wire fabric that is made through specific weaving methods. The Wire Mesh screen has four primary operations such as screening, filter, printing and intensification. We produce and export wire mesh in coarse to fine aperture of sieving and screening. We manufacture the fine mesh with apertures about 300 mesh(max) and coarse mesh with wire diameter of 16mm(max). Besides of Nichrome Wire Mesh other mesh material can be stainless steels, pure nickel, Inconel, Monel, Incoloy, Nichrome, Hastelloy, Ni-Cu alloy wire, etc.

Wire Mesh Standards

We manufacture the wire mesh by following the BIS, BSS, ASTM, TYLER and DIN standards and regulations.

Types of Weave Wire Mesh

There are different types of wire mesh weave patterns; among of them the common weaves are Plain, Twill and Dutch Weave.

Properties of Plain Weave Wire Mesh

It is highly stable and commonly utilized weave in the wire meshes. The wrap and weft wire track the same way therefore each wire goes through one wire in every cross with one wire up and down and vice versa.

Properties of Twill Weave Wire Mesh

The twill weave wire mesh has comparatively flexible structure over the plain weave mesh. But it is different because the weft wire passes down to double wires and then it moves up of double wires. For the warp wire the same process is repeated.

Properties of Dutch Weave Wire Mesh

Dutch Weaves are the tightly woven wire mesh in which the wires reside very close to each other. This kind of weave fits best for sieving small particles in the liquid materials due to their strength and rigid weaves.

Applications of Nichrome Wire Mesh

It is utilized in the broad applications on the commercial scale, agriculture, science and defense industry. Wire Mesh has significant role in commonly used in aerospace, aeronautics, printing, mining, medicine, food processing and chemical treatment.