It is generally made of stainless steel wire 302, 304, 304L, 316, 316L, 321 and 430 etc. Among these, type 304 stainless steel wire mesh is the most common one. Stainless steel woven mesh has the features of wear resistance, heat-resisting, acid-resisting, alkali resisting and corrosion resistance. Therefore it''s widely used in industry, agriculture, construction, breeding, transport, mining exploitation, transport, entertainment facilities and other public places.
Stainless Steel Woven Wire Mesh Advantages:
* Accurate pore size
* Wide range of aperture sizes
* Can be treated with cleansing agents and air blasted for a longer life.
* Can be resistant to many chemicals
* Wear resistance and durable structure
* Heat-resisting, acid-resisting, alkali resisting and corrosion resistance.
* High temperature resistance and washing resistance
* Good electric conductivity
Stainless Steel Woven Wire Mesh Weaving Type: Plain Weave,Dutch Weave,Twilled Weave

	* Plain Woven Mesh The plain weave is the most commonly used and simplest wire cloth weave. Each warp wire (wire running-parallel to length of cloth) passes alternately over and under the wires running traversely through the cloth at 90 degree angles. It has an extremely wide range of applications. Stainless steel plain weave wire mesh offers high filtering efficiency, low pressure loss, constant mesh opening, good dimensional stability, high open surface area and good fireproof property.
	* Plain Woven Mesh is also known as stainless steel dutch woven wire cloth and stainless steel filter cloth. It is usually made of mild steel wire and stainless steel wire. Stainless steel dutch wire mesh is extensively utilized as filter fittings for chemical industry, medicine, petroleum, telecom-communication, scientific research units ,due to its stable and fine filtration capability. Meantime it''s also widely used in aerospace, petroleum, chemical industry, chemical fiber, machinery, plastic products, scientic research, conveying and other industries.
	* Twilled Woven Mesh Each warp wire and weft wire passes over and under the two nearby wires successively in both the warp and weft directions. This over and under movement is shifted one wire with each pass of the shuttle. The pattern is staggered on successive warp wires, giving the appearance of parallel diagonal lines. This weave allows the use of proportionately heavier wires in a particular mesh count than is possible in plain weave. Crossed twilled wire mesh are basic components in the production of filters, colanders for aliments, chemicals products, shielding, mosquito nets, etc.

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