Whether it is the research laboratory of an industrial company where new products are developed or the monitoring rooms of a pharmaceutical company where long-term studies are conducted to test the effectiveness of new drugs, there is always an interest in shielding these rooms. On the one hand, the interception or reading of sensitive data or information may be undesirable, and on the other hand, one does not want measurements to be disrupted, which could lead to false conclusions and thus to undesirable developments. Due to the almost inexhaustible variety of rooms, including windows, built-in wet rooms, and telecommunications equipment, which must function without interference in the corresponding rooms, the room shielding system is particularly suitable for these applications.
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One of the main areas of application for the ARCtec®-flex architectural room shielding system is currently in eaves-proof areas. When electromagnetic room shielding can be easily installed, adapts to all room shapes, and does not restrict building physics, it is referred to as architectural or integrated room shielding. The main component of architectural room shielding is the special shielding material, which, thanks to its low weight, eliminates the need for a complex support structure. It is breathable and can be finished with conventional floor and wall coverings. Installation is similar to that of normal wallpaper. For user acceptance, it is extremely important that such a room does not differ from conventional rooms. When installed by specialists, shielding attenuation of up to 80 dB (factor 10,000) between 30 MHz and 6.0 GHz is guaranteed. In order to protect spoken words, acoustic insulation and a special film are also installed on the windows to protect against laser microphones.
Our ARCtec®-cube cabins made of sheet steel modules are used for the highest requirements in terms of safety and electromagnetic shielding attenuation. These can guarantee shielding attenuation values > 100 dB in the frequency range from 10 MHz to 10.0 GHz. The architectural design options are significantly limited here. These cabins are implemented as a room-in-room system, and windows are only possible to a limited extent. The selection of doors, wall coverings, and floor coverings is limited. Airlock systems with automatic lifting thresholds for disabled access are available in this system. These systems are used in particular in high-security zones in the public sector. In order to protect spoken words, acoustic insulation and a special film are also installed on the windows to protect against laser microphones.
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