Better EMI Gaskets: Faster Tooling, Proven Materials, Greater Value
Specialty Silicone Products (SSP) fabricates EMI gaskets from the electrically conductive silicones that we make at our Ballston Spa, New York (USA) manufacturing facility. Our
Specialty Silicone Products (SSP) fabricates EMI gaskets from the electrically conductive silicones that we make at our Ballston Spa, New York (USA) manufacturing facility. Our
Specialty Silicone Products (SSP) makes EMI gasket materials that you can use as alternatives to CHO-SEAL® materials from Parker Hannifin. The table shows when SPP products are offsets.
Engineers are discovering that they need to replace standard gaskets and O-rings with products made from EMI/RFI materials. Often, this is because they’re developing new
EMI gasket manufacturers can fabricate a range of products from electrically conductive silicones. That’s important since different challenges with environmental sealing and EMI shielding require
Specialty Silicone Products recently attended G/C Expo 2024, an industry-leading event for gasket fabricators, material converters, and the companies who supply them. Kevin Wickert, Sales
Specialty Silicone Products recently attended the Satellite Show, the leading event for the satellite communications (SATCOM) industry. Dominic Testo, Business Development Manager, and Taylor Smith,
Specialty Silicone Products (SSP) will showcase its proven portfolio of advanced materials at next week’s Gasketing/Converting Expo (G/C Expo 2024). SSP’s ready-to-fabricate products include specification-grade
EMI gaskets and EMI O-rings are replacing standard elastomeric seals in an increasing number of applications. Often, it’s because designers didn’t anticipate that their products
An RF gasket combines environmental sealing and insulation with shielding against radio frequency interference (RFI). RF gaskets are used in applications where radio frequency (RF)
What were SSP’s most popular products of 2023? And what do last year’s lessons tell us about 2024? It’s impossible to predict the future, but