Multi-Strand Knitted Mesh Alu

• Customization: Available
• After-sales Service: 7X24 Hours
• Warranty: 5-15years
• Model NO.: Multi-strand knitted mesh Alu
• Material: Ss,Brass,Copper,Galvanized
• Application: Liquid Filtration, Screening, Solid-Liquid Separation, Gas-Liquid Separation, Dry Filtration, Dustproof, Gas Filtration
• Type: Medium Efficiency
• Style: Filter Element
• Transport Package: Pallet
• Trademark: SNT
• Origin: Anping

Product Description

Multi-strand knitted mesh is a kind of wire mesh made by knitting more than one strand or filament material with knitters. In addition to the characteristics of common knitted wire mesh, it has a larger surface area and higher strength and is mostly used in heavy duty applications, for example, the filtration and separation in chemical and petrochemical industries.
Material

• Stainless steel
• PP
• Copper
• Aluminum
• Inconel

Features

• Larger surface area and higher filtration efficiency.
• Higher strength and enhanced loading capacity.
• Suitable for heavy duty applications under high pressure and high load conditions.

Specification

• Number of strands: 3 strands - 12 strands
• Wire diameter: 0.1 mm - 0.3 mm
• Width: 40 mm, 80 mm, 100 mm, 150 mm, 200 mm, 300 mm, 400 mm, 500 mm, 600 mm
• In addition, other multi-strand knitted mesh sizes are available upon request.

Application

• For gas-liquid separation, grease separation devices with up to 99.9% of filtration efficiency.
• For intake and exhaust filtration systems in vehicle technology and engineering environmental applications. The deep filtration structure provides cleaner power support for the engine.
• Provide cost-effective solutions for the basic treatment of colloidal systems (dispersions, emulsions), and effectively remove impurities (aerosols/dust/liquid particles, etc.) from oil-water mixtures and air.
• For the brewing industry, the alcohol distilled by distillation copper mesh pads is smoother and more rounded and is less harsh and pungent.
• For the edge protection ring of catalytic converter components to dissipate accumulated heat and is a thermally active compensation medium.