Knitwire Products knitted mesh provides a very effective and affordable solution to RFI/EMI shielding.
All electronic equipment sensitive to electromagnetic interference (EMI) must be shielded from external interference sources. In addition to this, any equipment which produces electromagnetic radiation, must be isolated to prevent any degradation to the performance of surrounding electrical and electronic equipment.
Excellent for bridging gaps
Knitted wire mesh provides a perfect solution for many applications in terms of RFI/EMI Shielding, especially where it is necessary to bridge gaps and leakage points in electronic enclosures.
Strips and cores can be produced in many different cross sectional forms with or without ‘fins’ for mounting into extrusions. The outer layer(s) of wire mesh provide an excellent shielding whilst the elastomer or mesh core provides a high level of resiliency.
Gaskets and sleeves available
Compressed gaskets can be produced from knitted wire mesh to make ideal grounding of RFI/EMI shielding around shafts.
Cable wrap mesh is supplied in a continuous, flattened stocking, two-ply tape for shielding around cables and loom assemblies. By overlapping the wraps, 4 layers of mesh provide an excellent shield.
Any commercially available wire can be used although the most popular materials are monel and stainless steel, followed by tinned copper clad steel and aluminium. Tinned copper clad steel provides a very good magnetic corrosion resistance whereas monel offers very good shielding performance and corrosion resistance. Monel has a hig tensile strength and is most commonly used in aluminium enclosures.
Quality product design for you
We have a dedicated team of specialists with over 40 years of experience ready to offer any advice, support and solutions to your RFI/EMI shielding related issues. Our team have the ability to design and adapt products to meet your requirements. We invite you to challenge us with any issues that you may be experiencing in order to see if we can find the perfect solution.
Contact us today to begin your design process.