Industries
Elect Nano supports industries where electrical, electromagnetic, optical, thermal, and mechanical performance must be engineered into production-relevant material formats, from space and semiconductors to photonics, robotics, medical devices, power electronics, and AI infrastructure.
Mission-ready materials for orbit
Nanocomposite technologies for spacecraft structures, RF systems, optical control, ESD protection, EMI absorption, launch hardware, high-altitude platforms, and demisable satellite components.
RF materials for connected infrastructure
Nanocomposite technologies for wireless infrastructure, satellite communications, phased arrays, RF enclosures, antenna systems, waveguide components, data-center interconnects, and mmWave signal control.
Advanced materials for contested environments
Nanocomposite technologies for unmanned systems, electronic warfare, radar hardware, RF signature control, ruggedized electronics, EMI protection, optical suppression, and lightweight multifunctional structures.
Materials for advanced packaging and clean handling
Nanocomposite technologies for semiconductor handling, advanced packaging, chiplet integration, wafer-support hardware, ESD-safe tooling, tough underfills, conductive pathways, metrology fixtures, and package-level EMI control.
Functional performance in real parts
Nanocomposite technologies for electronic packaging, medical devices, robotics, sensors, power electronics, conductive pathways, shielding, coatings, adhesives, encapsulation, and thermal-electrical design challenges.
Materials that scale into production
Nanocomposite technologies for electronics manufacturing, industrial automation, robotics, additive manufacturing, battery production, assembly fixtures, ESD-safe tooling, shielded enclosures, board-level absorbers, conductive interfaces, and reliability-enhanced polymers.
Space and Satellites
Telecommunications
Defense
Adjacent high-tech fits
Functionalized dCNT dispersions, ESD-safe polymers, EMI shielding compounds, RF absorbers, ultra-black coatings, conductive adhesives, and characterization services can support many programs that share the same electrical, optical, thermal, cleanliness, and reliability constraints.
Ultra-black coatings, low-reflectance surfaces, optical baffles, stray-light suppression, laser-markable ESD materials, and precision sensor housings for photonics, machine vision, EO/IR, lidar, microscopy, and scientific instruments.
Low-reflectance coatings, ESD-safe polymer hardware, low-outgassing material review, RF absorber inserts, thermal-mechanical characterization, and custom nanocomposite development for quantum hardware, vacuum instruments, metrology tools, and laboratory automation.
Lightweight EMI shielding, RF absorber inserts, ruggedized electronics polymers, ESD-safe fixtures, conductive adhesives, sensor baffles, and functional coatings for robotic platforms, UAVs, autonomous vehicles, inspection systems, and edge AI devices.
EMI shielding elastomers, conductive gaskets, static-dissipative tooling, thermally characterized polymers, potting compounds, and reliability testing for battery-management electronics, inverters, chargers, motor controls, and electrified mobility hardware.
EMI-shielded housings, static-safe interfaces, cleanable polymer surfaces, protected sensor modules, optical black parts, laser marking evaluation, and encapsulation materials for diagnostic equipment, patient-adjacent electronics, analytical instruments, and lab automation.
Board-level EMI absorbers, shielded edge-compute enclosures, thermal-interface-adjacent characterization, mmWave and RF material testing, conductive polymers, and precision-dispersed dCNT systems for AI infrastructure, accelerator packaging, interconnects, switches, and servers.
Material sample review
Elect Nano can help identify whether a thermoplastic, coating, adhesive, dispersion, or masterbatch format is the right starting point.