Knitted Wire Mesh
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Model/Article Number: 00001
Price terms: DAF
Place of Origin: China
Quality / Safety Certifications:
Product description: Knitted mesh is made of either crochet or knitting of various wire materials including stainless steel, copper, synthetic fiber and other materials. Knitted wire mesh products are applied to those applications including cryogenic, high temperature, corrosive atmosphere, heat conductive, high usage, or special service applications. Material: 304 stainless steel wire. (201, 304, 316L, we can do according to your requirement.) Wire guage: 6# Roll width: 1m Roll length: 30m Weight: About 8kg Character: Plain weaving, Twill weaving, etc. Usage: Stainless steel net is mainly used in acid and alkaline environment conditions, Such as gas, liquid filtration, solid material screening and solid liquid and other medium separation, widely used in mining, chemical industry, food, medicine, scientific research, and other industries, petroleum industry as mud mesh, chemical fiber industry as screen mesh, plating industry as acid cleaning mesh. Stainless steel net as a sophisticated screening, filtering tools, the quality of the products is crucial, and therefore purchase must be strictly the quality pass, the selection of the raw materials, production of industrial pure product. Knitted wire mesh made of tinned copper clad steel has the best shielding performance of all wires used in knitted meshes, combining low contact resistance with a small degree of permeability. It is not suitable for highly abrasive applications where the TIN plating may wear away to expose the copper. The corrosion resistance of tinned copper clad steel knitted wire mesh is suitable for most applications. Aluminum knitted wire mesh is mechanically weak and will readily take a compression set and this combined with its readiness to form a non-conducting oxide. Stainless steel knitted mesh is often used as a protective final layer over the other knitted mesh gasket, materials on order to provide a wear-resistant contact surface.