Faraday cages and components

Our prefabricated self-standing modular Faraday cages offer superior screening of RF/LF/HF signals, e.g. for R&D, TEMPEST, Sensitive Compartmented Information Facility (SCIF) and Testing purposes.

Nonflammable high power handling EM absorbers for anechoic chambers.

Cost effective instant Faraday tent for EMC experiments, RF measurements, mobile military / forensic activities and personal protection.

Shielded doors for use in Faraday cages and EMI/RFI shielded rooms screening of RF/LF/HF signals, e.g. for R&D, TEMPEST, Sensitive Compartmented Information Facility (SCIF) and Testing purposes.

Amucor foil has high attenuation properties in the electrical field (up to 100 dB) as well as in the magnetic field. It is easy to apply, like wallpaper, thanks to its special adhesive for walls, ceilings and floors. The interior finish can be plaster board, foam tiles or plywood.

Mu-Copper foil has high attenuation properties in the electrical field (up to 120 dB) as well as in the magnetic field.

Shielded door specialy for RF shielding and MRI applications

The Anechoic Chambers show superb shielding performance and are mainly applied in EM emission testing according to commercial and military standards

Ready to install Faraday cage windows. These windows guarantee very high EMI / RFI / EMC shielding performance

EMI/RFI shielded mesh foil windows and electrically conductive windows with high EMI/RFI shielding performance. Windows for Electromagnetic Compatibility.

EMI shielded ventilation panels for ventilation and heating in screened rooms, EMI shielding rooms & Faraday cages

A signaljammer car must be shielded to protect the people who drive the car against the massive electromagnetic fields and radio frequencies that are spread and sent by the jammers on top of the car.

Ferrite absorber tile is the industry standard solution and exhibits excellent overall performance versus cost

Metal tubes designed to block electromagnetic waves for non metallic materials

Make use of our advanced techniques and revolutionary design ideas necessary to build dependable, state-of-the-art MRI facilities.