We specialize in designing and building Faraday cages, EMI/RFI-shielded rooms, TEMPEST material for encrypted announcements/communications, EMI/RFI-shielded tents and other shielding materials.
We have decades of experience in constructing the following shielded rooms and components:
To determine which type of shielded room you need, below you will find a graph showing the respective shielding performances of a high-performance prefabricated cage, a Mu-copper cage, a magnetically shielded room and two tents (one with a single layer and one with a double layer). The graph shows the attenuation for each type of Faraday cage at different frequencies. What is important when choosing your Faraday cage is the required attenuation (emission reduction) and of course the frequency ranges for which attenuation is desired. Higher attenuation equals higher emission reduction.
We can make sure your situation will comply with any national or international EMC regulations.
If you would like to receive our brochure and sample package, including a sample of the "Mu-copper wallpaper system", please go to our Sample request form or contact us by telephone: +31(0)-78-613 1366 or email: email@example.com .
To determine which Faraday cage you need for your application we have made a chart showing why all the different types of cages. On the basis of your desired attenuation in dB, you can determine which Farada cage is suitable for your application.
Faraday cage selection graph
Please note : These values are measured under laboratory conditions.
Results may vary in other situations; please read our Guarantee.
We produce Faraday cages, shielded chambers and all other components needed to construct shielded rooms, such as:
In addition we produce TEMPEST equipment for encrypted communications, and even welded EMP bunkers. We also design new shielding products according to the client's wishes with very short delivery times.
We assist our clients from the design phase through the construction phase, so our engineers are ready to advise you at any step in the process to achieve the optimal solution.