Conductive Metallised Fabric (Example: Nora): Typically used in RF shielding. High conductivity. Typical shielding effectiveness 85dB from 30MHz to 10 GHz. Material thickness: 0.09mm. Temp range -40 to 90C.

Rip Stop or Plain Weave: Fabrics available in many different configurations offering a range of performances.

High Levels of Shielding: Fabrics metallised with single metal or multi-metal layers give high levels of electro-magnetic shielding.

Fabric Mesh (Example Mesh LX): Good RF shielding properties. High conductivity with silver plated nylon weave mesh. Thickness 0.15mm. Surface resistivity >.01Ω/ square. Shielding effectiveness 70dB @ 30MHz to 1GHz. Weight: 20g/m².

Electrically Conductive “Hook & Loop” Fastening: Electrically conductive fastener system with minimal gap impedance. Woven nylon coated with silver. 16mm wide.

Table Top Shielding Enclosures: Designed for use within restricted space for isolation of equipment being tested in an electrically ‘quiet’ environment. Easily set up and stored taking up minimal storage space.

Deployable Shelter: Offering up to 80db+ of shielding from 30MHz to 18GHz, these ultra-portable enclosures can be set up in any room to create an electrically shielded environment for secure for communications or electronic testing.

Smart Fabrics For Pressure & Motion Sensing: Smart, piezo-resistive fabrics are used as pressure, impact, strain/ stretch, bending and chemical vapour sensors; with the ability to monitor pressure whilst in the dynamic mode. Dual stretch fabrics with conductive and non-conductive strips manufactured to any width (within ±1mm accuracy) can also be supplied. Available in any resistance.