EMI shielding gaskets
Conductive gaskets with loaded silicone, foil over foam or metallic
Gaskets allow electrical sealing by grounding, as well as sealing against fluids and particles (IP levels). Several EMC sealing technologies exist. They must be chosen according to the performance levels to be achieved, the environments and the integration limits.
We support you in the choice of technology and integration into your project.
Foil over Foam gaskets
Foam gaskets surrounded by conductive fabric are one of the most common and easy-to-use solutions for electromagnetic (EM) and radio frequency (RF) sealing.
These CEM joints are easily integrated thanks to an adhesive at their base.
Several profiles exist. These joints are cut to length on request.
Flat gaskets can also be die-cut to make flat gaskets (for connectors for example).
Les joints métalliques sont très efficients pour assurer la reprise de masse entre deux fonderies ou avec des PCB.
Les dents ressorts le long des joints assurent un contact électrique permanent et une compensation des tolerances d’assemblage.
Les forces de compression étant faibles, le nombre de vis de serrage peut-être diminué tout en gardant un contact électrique continu sur tout le long du joint métallique.
Metallic gaskets are very efficient in ensuring grounding between two foundries or with PCBs.
The spring teeth along the metallic gaskets ensure permanent electrical contact and compensation of assembly tolerances.
Since the compression forces are low, the number of tightening screws can be reduced while maintaining continuous electrical contact along the entire length of the metallic gaskets.
This technology is particularly integrated on military, space, and telecom applications.
Silicone gaskets and bi-material gaskets
Silicone-based shielding gaskets provide fluid tightness in addition to grounding.
These conductive gaskets are very resilient and provide IP levels up to IP69. Several profiles and materials are available.
We support you in the integration of these products (groove sizing, recommended compression, etc.)