SSP502-65
SSP502-65 supports thinner, smaller, and lighter-weight designs. This EMI RFI elastomer also offers performance levels that are comparable to shielding silicones with silver-coated particles.
SSP’s most cost-effective EMI shielding silicone contains nickel-graphite particles. It’s not subject to fluctuating silver prices.
Choose sheets, rolls, moldable compounds, extrusions, EMI O-rings, or EMI gaskets.
Don’t let the high price of silver derail your EMI gasket designs. SSP’s most-cost effective EMI shielding silicone supports thinner, smaller, and lighter weight designs. It’s also an offset to CHO-SEAL 6305. This 65-durometer nickel-graphite EMI elastomer offers performance levels that are comparable to shielding silicones with silver-coated particles. Independent test results for salt spray according to ASTM B117 are also available.
SSP502-65 supports thinner, smaller, and lighter-weight designs. This EMI RFI elastomer also offers performance levels that are comparable to shielding silicones with silver-coated particles.
SSP also offers these other types of EMII/RFI shielding materials. We also fabricate EMI gaskets and EMI O-rings from the elastomers we make.
Cost‑effective EMI materials use conductive fillers such as nickel‑graphite or nickel‑aluminum that deliver strong shielding performance at a lower price point than precious‑metal fillers like silver‑aluminum or silver‑copper.
SSP’s nickel‑graphite and nickel‑aluminum conductive elastomers provide excellent value. They offer reliable shielding effectiveness, good environmental resistance, and strong mechanical properties at a significantly lower cost than silver‑based materials.
While silver‑based fillers provide the highest conductivity, cost‑effective fillers still deliver strong EMI/RFI shielding across a wide frequency range. For many commercial, industrial, and general‑purpose applications, nickel‑based materials provide more than enough performance.
Yes. SSP offers cost‑effective EMI materials in both silicone and fluorosilicone. Fluorosilicone versions add resistance to fuels, oils, and solvents while maintaining affordability compared to precious‑metal systems.
Some nickel‑based materials can meet portions of MIL‑DTL‑83528 performance requirements, but they are not typically QPL‑listed. They are best suited for commercial, industrial, and non‑military applications where certified materials are not required.
These materials are widely used in industrial controls, commercial electronics, telecommunications equipment, consumer devices, and any application where strong shielding is needed without the cost of silver‑based fillers.
Nickel‑based fillers offer excellent value, but they may provide lower conductivity than silver‑based systems and may not be suitable for the highest‑frequency or most demanding aerospace/defense applications.
Absolutely. SSP can tailor durometer, filler loading, thickness, color, and cure characteristics to meet specific electrical, mechanical, and environmental requirements while keeping cost efficiency in mind.