Products

ESD-safe materials

ESD-Safe Materials

Elect Nano ESD-safe materials use discrete CNT technology to produce static-control compounds across COC, MPPO, LCP, PPSU, and TPU platforms, giving engineering teams options for cleanliness, toughness, temperature resistance, stiffness, and flexibility.

7 available materials listed

Platform Benefits

  • Product line includes cleanroom-oriented COC, MPPO, LCP, PPSU, and TPU platforms
  • Surface resistance options span conductive, dissipative, and higher-resistance ESD ranges
  • Fiber-reinforced grades support stiffness, dimensional control, wear resistance, and low warpage
  • Space-oriented ESD options include demisable and atomic-oxygen-resistant LCP

Applications

FOUPs and semiconductor fixturesCleanroom handling componentsESD-safe trays and carriersDefense electronics hardwareSpacecraft ESD componentsFlexible ESD interfaces

Technical Highlights

LCP LP ESD TGF40 reports 330 C heat deflection temperature and 1E+07 ohm surface resistance
PPSUper Tough™ ESD reports 23.5% elongation at break and 119.3 J/m notched Izod impact
COC ESD grades are positioned for low moisture uptake and ultra-low WVTR cleanroom applications
LCP LEO DiMiseio™ combines ESD control with demisability, low outgassing, and atomic oxygen resistance

Limitations and Qualification Notes

Surface resistance targets must be validated with the end-use test method and molded geometry

Cleanliness, ionic, outgassing, and particle requirements depend on final resin and application environment

High-fiber grades trade impact and elongation against stiffness, dimensional control, and thermal performance

Material sample review

Request samples for ESD-Safe Materials.

Submit application requirements, target properties, and sample needs so Elect Nano can recommend the right evaluation format.