Radio frequency interference (RFI) poses a constant threat to sensitive electronics across aerospace, defense, telecommunications, medical equipment, and automotive systems. Operating across higher frequency bands
Specialty Silicone Products (SSP) makes EMI connector gaskets that reduce or eliminate the transmission of electromagnetic interference (EMI) between connected devices, or through the connector
SSP’s Taylor Smith, Research Development Chemist, describes the silicone milling process. SSP uses a two-roll system that combines inputs so that we can meet different
What’s the fastest way to fabricate a flat EMI gasket? Die cutting is quick and efficient at higher volumes, but there’s tooling to wait for.
Compare cold spliced EMI O-Rings with vulcanized EMI O-rings and make the right choice for your EMI shielding project. Ask SSP for EMI O-rings. Specialty
Use the tables below for an EMI shielding comparison with electrically conductive silicones. EMI/RFI elastomers are shielding materials that combine the advantages of rubber with
EMI O ring applications solve the continuity issues in removable parts in an enclosure. They also seal gaps and improve enclosure reliability. EMI O-Ring Applications:
What’s the difference between RFI shielding materials and EMI shielding materials? This article explains. SSP’s electrically conductive elastomers are used for both RFI shielding and
Specialty Silicone Products (SSP) has the best and broadest range of EMI shielding elastomers on the market. Our Made in USA materials meet tough specifications
SSP makes EMI products from the shielding silicones and fluorosilicones we make. Specialty Silicone Products (SSP) makes EMI silicones and fluorosilicones at our ISO 9001:2015