We offer the full range of specifications from 6" aperture down to 1 micron nominal aperture. Wire cloth can offer wide ranging characteristics dependent on the configuration of wire thickness in relation to aperture size, as well as type of weave, and can vary in texture from being as fine, soft and flexible as silk to being as rigid as steel plate. Many of the properties of wire cloth are not available using alternative metal media.TYPE OF WEAVE IN WIRE MESH The name that guarantees excellence in wire mesh cloth, modern technology and exacting standards for quality assurance and reliability.PLAIN WEAVE Each warp wire passes over and under the successive rows of weft wires and vice versa ensuring the maximum of weaving stability and most accurate mesh openings between 2.8 mm and 0.048 mm.TWILL WEAVE The thread position changes at every second, third or fourth crossing of wire giving a reduced stability. This type of weave allows a thicker wire and is consequently well suitable for heavy meshes. Available upto approx. 0.025 mm aperturePLAIN DUTCH WEAVE Type of weave is similar to plain woven fabric. However, the thicker warp are located at a wider distance from each other unlike the thinner weft wires which lie closer to each other. Mainly used for filters, suction apparatus, centrifuges and similar systems of separation.TWILL DUTCH WEAVE A combination of the dutch weave and the twill weave, which enables twice as much weft wires to be placed into the same area than with a plain dutch weave, by which a light-proof mesh vertical to the surface is obtained. A very robust weave with a very fine passage down to 2 microns nominal, therefore it is above all used for finest filtration even under highest pressure.

The joining of the wires at the intersection is achieved by electric resistance welding. This is by a combination of heavy electric current (applied at low voltage) passed through the junction of wires, combined with heavy mechanical pressure. A solid state thyristor regulated electronic control ensures very fine control of time (in cycles) and current amplitude (total phase angle). All the spacing between wires are controlled by an automatic mechanism of high reliability. The wires used in the fabric are cold drawn from controlled quality mild steel wire rods with carbon contents generally less than 0.15%. It's manufactured with long and cross wire spacing varying from 12mm to 400mm. Wires used for manufacture of fabric are generally in the range of 1mm to 12mm diameter.

It is composed of laminated layers of plain-woven wire cloth bonded by special canlendering and sintering in vacuum oven, to creat a new filter material with higher strength and rigidity. It's interlaced mesh forms an uniform and ideal filtration structure.
As a new filter material, it has excellent performances such as high precision and strength, efficient flow restriction, machinablity and resistance to abrasion, heat and cold by reasonably arranging its porosity, permeabilty and strength. Therefore, it's total performance has obviouly advantages than sinered powder, ceramic, fiber cloth, paper and other filter material.
Sintered Mesh has been widely used in many type filter such as Liquid filter, Oil filter, Polymer filter , Stam filter, Air filter, Rockets filter, aerospace, aviation, petroleum, chemical, metallurgy, machining, pharmaceutical, food, sythetic fiber, film, enviromental protection industries in respect of filtration and purification, gas-solid, liquid-solid, and gas-liquid seperation, cooling, gas distribution, liquidization bed, gas sampling collection, shock reducing, sound attenuation, inflaming retarding.

Hexagonal Wire Netting or Chicken Mesh is manufactured by G.I. , S.S. and M.S. wires in sizes of opening from 10mm to 40mm.These Chicken Mesh are made by 1mm to .25mm wire for different applications from 3 feet width to 8 feet width and in length of 10 Mtrs. To 45 Mtrs. Chicken Mesh are ideal for different applications such as Poultry Farms , Cement Factories, insulation & construction etc.

We offer the full range of specifications from 6" aperture down to 1 micron nominal aperture. Wire cloth can offer wide ranging characteristics dependent on the configuration of wire thickness in relation to aperture size, as well as type of weave, and can vary in texture from being as fine, soft and flexible as silk to being as rigid as steel plate. Many of the properties of wire cloth are not available using alternative metal media.TYPE OF WEAVE IN WIRE MESH The name that guarantees excellence in wire mesh cloth, modern technology and exacting standards for quality assurance and reliability.PLAIN WEAVE Each warp wire passes over and under the successive rows of weft wires and vice versa ensuring the maximum of weaving stability and most accurate mesh openings between 2.8 mm and 0.048 mm.TWILL WEAVE The thread position changes at every second, third or fourth crossing of wire giving a reduced stability. This type of weave allows a thicker wire and is consequently well suitable for heavy meshes. Available upto approx. 0.025 mm aperturePLAIN DUTCH WEAVE Type of weave is similar to plain woven fabric. However, the thicker warp are located at a wider distance from each other unlike the thinner weft wires which lie closer to each other. Mainly used for filters, suction apparatus, centrifuges and similar systems of separation.TWILL DUTCH WEAVE A combination of the dutch weave and the twill weave, which enables twice as much weft wires to be placed into the same area than with a plain dutch weave, by which a light-proof mesh vertical to the surface is obtained. A very robust weave with a very fine passage down to 2 microns nominal, therefore it is above all used for finest filtration even under highest pressure.

The joining of the wires at the intersection is achieved by electric resistance welding. This is by a combination of heavy electric current (applied at low voltage) passed through the junction of wires, combined with heavy mechanical pressure. A solid state thyristor regulated electronic control ensures very fine control of time (in cycles) and current amplitude (total phase angle). All the spacing between wires are controlled by an automatic mechanism of high reliability. The wires used in the fabric are cold drawn from controlled quality mild steel wire rods with carbon contents generally less than 0.15%. It's manufactured with long and cross wire spacing varying from 12mm to 400mm. Wires used for manufacture of fabric are generally in the range of 1mm to 12mm diameter.

It is composed of laminated layers of plain-woven wire cloth bonded by special canlendering and sintering in vacuum oven, to creat a new filter material with higher strength and rigidity. It's interlaced mesh forms an uniform and ideal filtration structure.
As a new filter material, it has excellent performances such as high precision and strength, efficient flow restriction, machinablity and resistance to abrasion, heat and cold by reasonably arranging its porosity, permeabilty and strength. Therefore, it's total performance has obviouly advantages than sinered powder, ceramic, fiber cloth, paper and other filter material.
Sintered Mesh has been widely used in many type filter such as Liquid filter, Oil filter, Polymer filter , Stam filter, Air filter, Rockets filter, aerospace, aviation, petroleum, chemical, metallurgy, machining, pharmaceutical, food, sythetic fiber, film, enviromental protection industries in respect of filtration and purification, gas-solid, liquid-solid, and gas-liquid seperation, cooling, gas distribution, liquidization bed, gas sampling collection, shock reducing, sound attenuation, inflaming retarding.

Hexagonal Wire Netting or Chicken Mesh is manufactured by G.I. , S.S. and M.S. wires in sizes of opening from 10mm to 40mm.These Chicken Mesh are made by 1mm to .25mm wire for different applications from 3 feet width to 8 feet width and in length of 10 Mtrs. To 45 Mtrs. Chicken Mesh are ideal for different applications such as Poultry Farms , Cement Factories, insulation & construction etc.