Knitted Wire Mesh Gaskets / Knitted Mesh Filters With Compressed Styles
Knitted wire mesh filters / gasket is manufactured by best quality raw material and advanced technology in accordance with defined international industrial quality standard. The raw materials of knitted wire mesh gasket are mainly stainless steel wire or tinned copper steel wire. The metal wires are knitted by the circle knitting machine to form a knitted mesh. The knitted mesh is soft but stable and durable.
Knitted wire mesh filters / gasket is a universal EMC gasket for EMI and RFI shielding. It is widely used in the magnetic and electrical fields including EMP.

Our knitted wire EMI shielding meshes filters are available in four basic wire types – Monel, Aluminium, TCS (Tinned Copper-clad Steel) and Stainless Steel. Each has it's own specific characteristics but TCS is generally regarded as the most suitable for EMP (low frequency) shielding.

For prompt quoting and convenient product development and manufacturing capabilities,our knitted mesh filters / gaskets can have commercial & automotive applications such as:
-Insulation or hot side support material that is flexible, Removable and Reusable to with stand extreme temperatures or corrosive environments.
-Insulation or filtration as an alternative to steel wool where loose fibers or fallout is a concern.
-Oil Mist Separation, Mist Eliminators or Demister pads for oil & gas, utilities and commercial kitchen exhaust systems.
-Sound Attenuation filter in pneumatic tools and vacuum
-Cryogenic gaskets, seals & discs.
-Automotive exhaust air gap spacers, flex joint seals and air bag filters.
-Pre-filter for coarse dust in the heating and ventilation systems.
-Gas turbine and compressed air inlet / outlet filter.
-Engine exhaust muffler packing.
-EMI / RFI Shielding.

Features of knitted wire mesh gasket / filters
-Corrosion resistance.
-Abrasive resistance.
-High temperature resistance.
-Wear resistance.
-High durable standards.
-High performance of EMI/ RFI shielding.
-Low frequency magnetic shielding.