Tinned Copper Cladding Steel Monel Tcs Knitted Wire Meshes

• After-sales Service: Oversea
• Warranty: 10years
• Material: Stainless Steel
• Hole Shape: Round
• Application: Liquid Filtration, Screening, Solid-Liquid Separation
• Type: Medium Efficiency
• Model NO.: DH2022081804
• Style: Knitted Wire Mesh
• Max Width: 2m
• Grade: Tinned Copper Cladding Stee
• Wire Dia: 0.2-0.3mm
• Filed: Air Filter, Demister Pad
• Layer: Double
• Transport Package: Carton
• Specification: 1100x600x1000
• Trademark: HXMESH
• Origin: China
• HS Code: 73141400
• Production Capacity: 50000pieces/Week

Product Description

Tinned Copper Cladding Steel monel Tcs Knitted Wire Meshes

Cable shielding mesh is an all-metal, tinned copper shielding mesh in knitted structure. Extremely fine tinned copper wires are knitted into a cylinder mesh providing excellent flexibility.

The interlocking structure is stable and easily elongates to be compatible with power cable insulation.

It is regard as a cost effective shielding solutions. It is wrapped around cables harness for EMI and ESD suppression.

Cable shielding mesh is available in various widths, thicknesses and lengths. You can choose as your request or tell us your application and then we will recommend it for you

 

Material options of Cable Shielding Mesh

• Tinned copper.
• 100% copper.
• Stainless steel.
• Monel wires.

Features of Cable Shielding Mesh

• Conductive wire mesh knitted into tubular form in a variety of sizes.
• Excellent resistance to oil, flame and corrosion.
• Temperature stable.
• Flexible and lightweight structure is easily wrapped around cable harness.
• Excellent EMI/ESD suppression.
• Easy to terminate for grounding circuit connection at the end of cables.
• Shielding performance can be increased by more overlap.

Applications of Cable Shielding Mesh

• Cable shielding mesh can wrap around the cable harness to prevent data loss and reduce its impact on signals and lower electromagnetic radiation.
• It is compatible with power cable insulation as well as all high-voltage splicing and terminating materials.