Electromagnetic interference shielding device
A technology of electromagnetic radiation and conductive materials, applied in the direction of magnetic/electric field shielding, electrical components, gaskets/seals, etc.
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[0028] refer to Figure 6-8 , according to the present invention, the sealing gasket is mainly made of easily compressible foam material or porous material 27, and there are conductive strips 30a, 30b, 30c and 30d in the middle. In view of the above-mentioned disadvantages of thermoplastic foams, the primary gasket material is preferably a non-conductive, heat-cured rubber, such as silicone elastomer, which has excellent resistance to compression hardening. Excellent resistance to compression hardening contributes to long-term performance, since most EMI gasket constructions rely on compressive loads for maximum performance. Suitable silicones include commercially available heat recoverable porous silicone elastomers such as C-1492 available from Wacker Chemie. The following are recipe instructions for using (-1492 gasket master material.
[0029] Wacker C-1492 97.5-99% by weight
[0030] Dicumy peroxide 1-2% by weight
[0031] Tert-butyl perbenzoate 0-0.5% by weight
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