
Low-particle COC ESD
COC ESD TGF25
Low-particle COC ESD compound with 25 wt% fine glass fiber for FOUPs and precision semiconductor fixtures.
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

Low-particle COC ESD
Low-particle COC ESD compound with 25 wt% fine glass fiber for FOUPs and precision semiconductor fixtures.

Low-particle COC ESD
Low-particle COC ESD compound with 20 wt% milled carbon fiber for stiff, dimensionally stable FOUP components.

High-temperature low-particle ESD
High-temperature MPPO ESD compound with 30 wt% thin glass fiber for low-particle molded fixtures and tooling.

High-temperature low-particle ESD
High-temperature low-particle LCP ESD compound with 40 wt% thin glass fiber and 330 C HDT.

Space ESD LCP
LEO-focused ESD LCP nanocomposite with thin glass fiber, dCNT uniformity, demisability, AO resistance, and low outgassing.

Tough ESD PPSU
Tough PPSU ESD compound with nano-uniform resistance, 23.5% elongation, no-break unnotched Izod, and 207 C HDT.

ESD thermoplastic elastomer
Flexible TPU 95A ESD elastomer with 737.1% elongation and dCNT surface resistance control for soft molded parts.
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
Submit application requirements, target properties, and sample needs so Elect Nano can recommend the right evaluation format.