
Space EMI shielding LCP
LCP Spectrum Silence™
Space-grade LCP shielding compound delivering >30 dB/mm EMI attenuation from 30 MHz to 110 GHz with low magnetic remanence.
EMI shielding and absorbing
Elect Nano EMI materials combine discrete carbon nanotube networks with application-specific resin and filler systems to deliver shielding, absorption, dielectric control, and processable part formats for RF-sensitive electronics.
6 available materials listed

Space EMI shielding LCP
Space-grade LCP shielding compound delivering >30 dB/mm EMI attenuation from 30 MHz to 110 GHz with low magnetic remanence.

EHF absorbing COC
Toughened high-temperature COC absorber with tuned dielectric loss for EHF and millimeter-wave molded RF components.

EHF absorbing COC
High-temperature COC EMI absorber for molded EHF components needing uniform conductivity, low moisture uptake, and low reflectance.

EMI shielding silicone
Two-part 75A liquid silicone rubber for molded EMI gaskets, gap pads, connector seals, inserts, and encapsulation.

EMI shielding thermoplastic elastomer
High-elongation TPU EMI elastomer with 44.5 dB/cm total shielding at 28 GHz and dCNT surface uniformity.

EMI shielding thermoplastic copolyester elastomer
TPC EMI elastomer with the strongest line-card shielding response: 55.24 dB/cm total shielding at 28 GHz.
Final EMI performance depends on part geometry, wall thickness, seams, grounding, and test setup
Space use requires mission-specific review for outgassing, atomic oxygen, thermal cycling, and demisability
Mechanical values listed as TBD in any current TDS should be validated before design lock
Material sample review
Submit application requirements, target properties, and sample needs so Elect Nano can recommend the right evaluation format.