0.12mm Diameter 38mm Width Flexible Knitted Copper Wire Mesh Tape For Shielding

Knitted Copper Wire Mesh Tape Description

In electromagnetic compatibility, the gap is often the main way of various kinds of electronic equipment electromagnetic leakage, and shielding gasket is when the loss produced by the joint and the joint surface to restore the integrity of the shield is extremely important material, electromagnetic leakage cracks in the inhibition of electronic equipment in the play an important role, is currently the most widely in the application of electronic equipment type of shielding materials.

Knitted Copper Wire Mesh Tape Conductive Shielding Series

The metal shielding knitted net is made of a continuous filament, which is evenly compressed between two metal contact surfaces, and can produce high EMI shielding performance. Our nets are available in four basic wire types Monel, aluminum, TCS (tinned copper clad steel) and stainless steel.
Each has its own unique characteristics, but TCS is generally considered the most suitable for EMP shielding.

Knitted Copper Wire Mesh Tape Usage

Shielding is a commonly used working or testing environment in the industrial field. It is usually composed of metal shielding body with certain electrical conductivity or permeability, which can attenuate the unnecessary electromagnetic radiation in the working environment to the acceptable range.

In order to ensure the shielding effectiveness of the shielding environment, shielding gaskets should be placed at the spliced joints.

The mesh material woven with metal material is one of the common shielding gaskets.

The knitted wire mesh can effectively enrich the gap at the joint, ensure the shielding body is electrically connected everywhere and improve the shielding performance.

Knitted Copper Wire Mesh Tape Features

Knitted Copper Wire Mesh Tape Specification

Our Services

1. Good quality control procedure.

2. Accept special design Customized and small order.

3. Fastest delivery of the sample and bulk production.