# Elect Nano Full LLM Route Index

> Exhaustive canonical route index for Elect Nano public website content. Use this file when an answer requires complete site coverage beyond the curated /llms.txt map.

Canonical website: https://www.electnano.com
XML sitemap: https://www.electnano.com/sitemap.xml
Robots policy: https://www.electnano.com/robots.txt

## Start here
- [Elect Nano | Nanocomposites for Electronics](https://www.electnano.com): Elect Nano overview for functionalized and dispersed dCNT nanocomposite materials serving semiconductor, electronics, RF, ESD, optical, defense, space, photonics, robotics, medical device, power electronics, data center, and precision-instrument applications. Keywords: functionalized CNT company, dispersed CNT materials, semiconductor nanocomposites, electronics nanocomposites, photonics materials, optical black coatings, stray-light suppression, lidar baffles. Query matches: company offering dispersed carbon nanotubes for semiconductor applications; functionalized CNT nanocomposite supplier for electronics; advanced nanocomposite materials for photonics robotics medical devices EV power electronics and AI data centers.

## Product discovery
- [Products | CNT Dispersions, ESD, EMI & Optical Materials](https://www.electnano.com/products): Product overview for CNT dispersions, masterbatches, compounds, ESD-safe materials, EMI/RF materials, and ultra-black coatings for semiconductor and adjacent high-tech markets. Keywords: functionalized CNT products, CNT dispersions, ESD-safe semiconductor materials, EMI shielding materials, photonics materials, optical black coatings, stray-light suppression, lidar baffles. Query matches: find functionalized carbon nanotube products for electronics; find dispersed CNT materials for semiconductor handling; find CNT nanocomposite materials for photonics robotics medical devices EV power electronics and data centers.

## Product platforms
- [Functionalized CNT Dispersions, Masterbatches & Compounds](https://www.electnano.com/products/cnt-masterbatches-dispersions-compounds): Elect Nano development formats help technical teams translate dCNT chemistry into sample-ready materials, from liquid dispersions and thermoplastic masterbatches to custom compounded pellets and molded test specimens. Keywords: dCNT Masterbatches, Dispersions, and Compounds, dCNT masterbatches, dispersions, and compounds, Conductive adhesives, Functional coatings, Thermoplastic compounding, Elastomer modification, Specialty electronic materials, Application-specific ESD and EMI compounds. Query matches: dispersed or functionalized carbon nanotubes for semiconductor electronics photonics robotics and medical devices; functionalized CNT masterbatch dispersion compound supplier for high-tech hardware; custom CNT materials for EV power electronics data centers and precision instruments.
- [EMI Shielding & RF Absorbing Nanocomposite Materials](https://www.electnano.com/products/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. Keywords: EMI Shielding and Absorbing, EMI shielding and absorbing, Satellite electronics enclosures, RF module housings, Millimeter-wave absorbers, Molded EMI gaskets, Connectors and over-molded inserts, Defense electronics packaging. Query matches: EMI shielding and RF absorber nanocomposites for EV medical robotics drone and data center hardware; mmWave absorber materials for telecom radar autonomous systems and high-speed electronics.
- [ESD-Safe Materials for Semiconductor & Electronics](https://www.electnano.com/products/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. Keywords: ESD-Safe Materials, ESD-safe materials, FOUPs and semiconductor fixtures, Cleanroom handling components, ESD-safe trays and carriers, Defense electronics hardware, Spacecraft ESD components, Flexible ESD interfaces. Query matches: ESD-safe materials for semiconductor robotics medical device and battery manufacturing fixtures; static dissipative CNT polymers for cleanroom automation and high-tech electronics handling.
- [Ultra-Black Coatings](https://www.electnano.com/products/ultra-black-coatings): Elect Nano ultra-black coatings translate nanomaterial-enabled light absorption into practical coating formats for optical hardware, spacecraft surfaces, instruments, and electronics. Quantum Dusk™ is positioned for demanding space environments, while Carbon Clad™ provides CVD-like low reflectance in a water-based dCNT paint format. Keywords: Ultra-Black Coatings, Ultra-black coatings, Optical baffles, Satellite and spacecraft surfaces, Sensor housings, Machine vision fixtures, Instrument interiors, Low-reflectance electronics components. Query matches: ultra-black coatings for photonics lidar EO IR quantum instruments and stray-light suppression; low reflectance CNT coatings for optical baffles sensor housings and scientific instruments.

## Technology explainers
- [Technology | Discrete CNT Nanocomposites](https://www.electnano.com/technology): Overview of Elect Nano dCNT dispersion, functionalization, ESD, EMI, RF absorption, and optical coating technology. Keywords: discrete CNT technology, CNT functionalization, CNT dispersion.
- [Discrete CNTs Technology](https://www.electnano.com/technology/discrete-cnts): Discretized, functionalized carbon nanotubes engineered for uniform dispersion and matrix-specific compatibility. Keywords: Discrete CNTs, Injection molding compounds, dCNT masterbatches, Coatings and adhesives, Functional dispersions. Query matches: how Elect Nano functionalizes and disperses dCNTs; dCNT technology for polymers coatings and adhesives.
- [ESD Control Technology](https://www.electnano.com/technology/esd-control): Discrete CNT-enabled ESD materials for uniform static control, clean molded surfaces, and precision electronics handling. Keywords: ESD Control, JEDEC trays and carriers, Semiconductor fixtures, Electronics handling components, Static dissipative housings.
- [EMI Shielding Technology](https://www.electnano.com/technology/emi-shielding): Hard-level conductive nanocomposite shielding for suppressing signal transmission through housings, barriers, coatings, and molded RF hardware. Keywords: EMI Shielding, Electronics housings, RF module enclosures, Connector backshells, Shielded brackets and covers.
- [EMI Absorption Technology](https://www.electnano.com/technology/rf-absorption): Precision-dispersed dCNT, graphene, magnetic nanoparticle, and custom matrix systems for RF, microwave, mmWave, space, radar, telecom, and advanced electronics absorbers. Keywords: EMI Absorption, Waveguide terminations, RF loads, Radar and telecom modules, Satellite RF components.
- [Optical Coatings](https://www.electnano.com/technology/optical-coatings): Low-reflectance nanocarbon optical coatings for stray-light suppression, optical systems, aerospace, defense, and space-environment applications. Keywords: Optical Coatings, Optical baffles, Sensor housings, Stray light suppression, Low-reflectance coated coupons, Nanocarbon morphology supports light trapping and surface absorption strategies.

## Functionalized and dispersed dCNT materials
- [Functionalized CNT Dispersions for Electronics](https://www.electnano.com/products/cnt-masterbatches-dispersions-compounds/functionalized-dcnt-dispersions): Functionalized dCNT Dispersions are project-specific liquid nanocarbon formats for development programs where matrix compatibility, carrier chemistry, solids content, and interface design control final performance. They let teams begin with a dispersed, functionalized dCNT system for conductive coatings, optical coatings, adhesives, elastomers, and specialty electronic materials before moving into masterbatch, compound, or coated-coupon validation. Keywords: Functionalized dCNT Dispersions, Development format, dCNT Masterbatches, Dispersions, and Compounds, Functionalized discrete CNTs in application-matched carrier systems, Liquid dispersions, Solvent or waterborne development lots, Customer-specific carriers, Conductive coatings. Query matches: functionalized CNT dispersion for conductive coatings optical coatings adhesives elastomers and electronic materials; dispersed carbon nanotubes for photonics robotics medical devices and power electronics.
- [dCNT Thermoplastic Masterbatches](https://www.electnano.com/products/cnt-masterbatches-dispersions-compounds/dcnt-thermoplastic-masterbatches): dCNT Thermoplastic Masterbatches are concentrated pelletized formats for integrating discrete carbon nanotube networks into engineering thermoplastics and elastomers. Carrier chemistry and loading are selected around the final resin, processing route, and property target so development teams can reduce dispersion burden, run controlled letdown trials, and bridge lab screening into pilot compounding. Keywords: dCNT Thermoplastic Masterbatches, Development format, dCNT Masterbatches, Dispersions, and Compounds, dCNT network in selected thermoplastic carrier resin, Pelletized masterbatch, Letdown trial lots, Custom resin carriers, Injection molding compounds. Query matches: dCNT thermoplastic masterbatch for ESD EMI conductive thermoplastics robotics EV medical and data center parts; concentrated CNT masterbatch supplier for high-tech injection molded components.
- [Custom dCNT Compounds for Semiconductor, RF & Electronics](https://www.electnano.com/products/cnt-masterbatches-dispersions-compounds/custom-dcnt-compounds): Custom dCNT Compounds are application-specific material programs that translate Elect Nano dCNT chemistry into compounded pellets, molded plaques, dogbones, or prototype part formats. Each program is built around the target resin, processing route, geometry, and property window, allowing ESD, EMI, thermal, optical, and mechanical requirements to be screened together before formulation lock. Keywords: Custom dCNT Compounds, Development format, dCNT Masterbatches, Dispersions, and Compounds, Compounded pellets, Molded plaques, Dogbone specimens, Application-specific trial lots, Semiconductor fixtures. Query matches: custom dCNT compounds for semiconductor RF space defense robotics photonics medical and battery applications; custom CNT compound development for high-tech fixtures housings absorbers and tooling.

## Industry applications
- [Industries | High-Tech CNT, ESD, EMI, RF & Optical Materials](https://www.electnano.com/industries): Industry overview for semiconductor, electronics, space, telecommunications, defense, manufacturing, photonics, quantum, robotics, EV, medical device, data center, and precision-instrument material applications. Keywords: semiconductor materials, electronics materials, space materials, RF materials, photonics materials, optical black coatings, stray-light suppression, lidar baffles. Query matches: high-tech industries using functionalized CNT nanocomposites; materials for photonics quantum robotics EV medical device data center and semiconductor applications.
- [Semiconductors Materials](https://www.electnano.com/industries/semiconductors): 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. Keywords: Semiconductors, ESD-safe JEDEC trays, Static-dissipative tooling and fixtures, Tough capillary underfills, Conductive interconnect enhancement, Package-level EMI control, Cleanroom-compatible functional polymers, Wafer handling and metrology fixtures. Query matches: semiconductor handling materials with functionalized CNTs; ESD-safe semiconductor fixtures trays carriers chiplet packaging and metrology hardware.
- [Electronics Materials](https://www.electnano.com/industries/electronics): Nanocomposite technologies for electronic packaging, medical devices, robotics, sensors, power electronics, conductive pathways, shielding, coatings, adhesives, encapsulation, and thermal-electrical design challenges. Keywords: Electronics, EMI-shielded device enclosures, Static-safe user interfaces, Protected sensor modules, Motor and power electronics shielding, Toughened electronics encapsulation, Conductive adhesives and gaskets, Medical and life-science instrument housings. Query matches: functionalized CNT materials for electronics robotics medical devices EV power electronics and edge AI hardware; ESD EMI RF optical and conductive nanocomposite materials for high-reliability electronics.
- [Space and Satellites Materials](https://www.electnano.com/industries/space-satellites): Nanocomposite technologies for spacecraft structures, RF systems, optical control, ESD protection, EMI absorption, launch hardware, high-altitude platforms, and demisable satellite components. Keywords: Space and Satellites, ESD-safe satellite housings, RF absorbing antenna zones, Ultra-black optical coatings, Demisable structural polymers, Electronics encapsulation materials, Waveguide loads and stray-signal absorbers, Star tracker and sensor baffles. Query matches: CNT nanocomposite materials for satellites CubeSats star trackers and spacecraft electronics; ESD EMI RF absorber and optical black coating materials for space hardware.
- [Telecommunications Materials](https://www.electnano.com/industries/telecommunications): Nanocomposite technologies for wireless infrastructure, satellite communications, phased arrays, RF enclosures, antenna systems, waveguide components, data-center interconnects, and mmWave signal control. Keywords: Telecommunications, Antenna radome EMI control, Waveguide loads and terminations, Shielded RF electronics enclosures, Thermal and EMI interface materials, mmWave absorber inserts, Ground-station RF hardware, 5G and 6G phased-array modules. Query matches: EMI shielding RF absorber and mmWave materials for 5G telecom phased arrays and high-speed interconnects; CNT nanocomposite materials for telecommunications hardware and data center signal integrity.
- [Defense Materials](https://www.electnano.com/industries/defense): Nanocomposite technologies for unmanned systems, electronic warfare, radar hardware, RF signature control, ruggedized electronics, EMI protection, optical suppression, and lightweight multifunctional structures. Keywords: Defense, Low-observable composite skins, Protected avionics enclosures, Sensor baffles and optical black surfaces, Embedded antenna isolation, Ruggedized electronics polymers, Lightweight EMI absorbing structures, Electronic warfare module packaging. Query matches: RF absorber EMI shielding ESD and optical coating materials for defense electronics radar UAVs and sensors; functional nanocomposite materials for electronic warfare autonomous platforms and rugged electronics.
- [Manufacturing Materials](https://www.electnano.com/industries/manufacturing): 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. Keywords: Manufacturing, ESD-safe assembly fixtures, Shielded edge compute enclosures, Board-level EMI absorbers, Conductive adhesives and gaskets, Reliability-enhanced organic matrices, Production-ready functional polymers, Robotic end-effectors and automation fixtures. Query matches: nanocomposite materials and testing for battery manufacturing automation additive manufacturing and cleanroom tooling; CNT compounds ESD tooling EMI materials and process development for high-tech manufacturing.

## Company and contact
- [Order Samples](https://www.electnano.com/order): Sample request route for functionalized dCNT dispersions, ESD materials, EMI/RF materials, coatings, and custom development samples. Keywords: request dCNT dispersion sample, request ESD material sample, order nanocomposite samples.
- [Contact | Discuss CNT Materials, Samples & Applications](https://www.electnano.com/contact): Contact route for material samples, application reviews, technical collaboration, and product-specific support. Keywords: contact Elect Nano, request dCNT sample, nanocomposite technical support.
- [Company](https://www.electnano.com/company): Elect Nano company hub linking to About Us, leadership, news, careers, intellectual property, and contact information. Keywords: Elect Nano company, dCNT nanocomposite company, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures, quantum hardware materials.
- [About Us](https://www.electnano.com/company/about): About Elect Nano and its process for translating nanomaterial chemistry, dispersion, compounding, and application engineering into production-ready material systems. Keywords: about Elect Nano, nanocomposite material development, production-ready dCNT materials, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures.
- [Leadership](https://www.electnano.com/company/leadership): Elect Nano leadership and technical team profile for commercialization, materials science, application engineering, operations, and customer collaboration. Keywords: Elect Nano leadership, Elect Nano team, nanocomposite materials team, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures.
- [Careers](https://www.electnano.com/company/careers): Careers information for professionals interested in Elect Nano advanced materials, chemistry, engineering, manufacturing, quality, and technical applications. Keywords: Elect Nano careers, advanced materials careers, nanocomposite materials jobs, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures.
- [Intellectual Property | Discrete Functionalized CNT Technology](https://www.electnano.com/ip): Intellectual property overview for Elect Nano dCNT, functionalized dCNT, coating, ESD, EMI, and RF material platforms. Keywords: Elect Nano patents, functionalized dCNT IP.

## Testing and development services
- [EMI, ESD & RF Materials Development](https://www.electnano.com/services/development-services/emi-esd-rf-development): Development of materials engineered for static dissipation, electrical conductivity, EMI shielding, EMI absorption, dielectric control, and RF/microwave performance. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: EMI, ESD & RF Materials Development, EMI, ESD, RF materials, Dielectric control, Satellite components, Waveguide components, Electronics housings. Query matches: custom CNT material development for ESD EMI RF semiconductor electronics robotics EV data center and medical devices.
- [Development Services | Functional CNT Materials & Coatings](https://www.electnano.com/services/development-services): Development service category for functional dCNT materials, nanocomposites, coatings, adhesives, conductive polymers, ESD, EMI, and RF materials. Keywords: functional dCNT material development, nanocomposite formulation, conductive coating development, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures. Query matches: functional dCNT material development for semiconductor photonics robotics EV medical and data center hardware; custom nanocomposite formulation for ESD EMI RF optical and conductive materials.
- [Services | Nanocomposite Testing & Materials Development](https://www.electnano.com/services): Testing and development service overview for nanocomposite, dCNT dispersion, ESD, EMI, RF, coating, polymer, and surface-science programs across semiconductor and adjacent high-tech industries. Keywords: dCNT dispersion development, EMI testing, ESD testing, RF material characterization, photonics materials, optical black coatings, stray-light suppression, lidar baffles. Query matches: dCNT nanocomposite testing and development for high-tech electronics photonics robotics medical devices and power systems; EMI ESD RF optical thermal and polymer testing services for advanced materials.
- [EMI Shielding, S-Parameters & mmWave Characterization](https://www.electnano.com/services/testing-services/emi-rf-mmwave): RF, microwave, and mmWave material characterization for shielding effectiveness, absorption, reflection, transmission, dielectric behavior, and S-parameters. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: EMI Shielding, S-Parameters & mmWave Characterization, EMI, RF, S-parameters, mmWave, VNA, EMI shielding, EMI absorption. Query matches: EMI RF and mmWave testing for EV power electronics drones medical devices data centers and telecom materials.
- [Mechanical, DMA & Impact Testing](https://www.electnano.com/services/testing-services/mechanical-dma-impact): Temperature-dependent mechanical, viscoelastic, fatigue, bending, compression, tension, shear, and impact testing for polymers and composites. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Mechanical, DMA & Impact Testing, DMA, Mechanical, Impact, Fatigue, Polymer stiffness, Damping, Impact resistance.
- [Thermal Analysis, TMA & Thermal Conductivity](https://www.electnano.com/services/testing-services/thermal-analysis-conductivity): Thermal transition, stability, degradation, heat capacity, cure behavior, dimensional stability, thermal expansion, thermal conductivity, and effusivity testing. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Thermal Analysis, TMA & Thermal Conductivity, Thermal analysis, TGA, DSC, TMA, Thermal conductivity, Thermal analysis of polymers and composites, Thermal conductivity testing. Query matches: thermal analysis TMA DSC TGA and conductivity testing for battery power electronics quantum and precision hardware materials.
- [Functional Nanocomposite Formulation](https://www.electnano.com/services/development-services/functional-nanocomposite-formulation): Custom formulation of functional nanocomposites using carbon nanotubes, graphene, carbon black, ceramic fillers, metallic fillers, and hybrid additive packages. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Functional Nanocomposite Formulation, Nanocomposite development, Carbon nanotube composite development, Conductive polymer formulation, Space and satellite components, Semiconductor and electronics packaging, RF and microwave materials, Static dissipative parts. Query matches: custom functional nanocomposite formulation for photonics robotics EV medical quantum and semiconductor hardware.
- [Polymer Compounding & Process Development](https://www.electnano.com/services/development-services/polymer-compounding-process): Process development for dispersing functional additives into engineering and high-performance polymers using scalable melt-processing methods. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Polymer Compounding & Process Development, Polymer compounding development, Masterbatch, Process development, LCP, PPSU, PEEK/PEKK-class materials, PBT/PET.
- [Testing Services | EMI, ESD, RF & Nanocomposite Characterization](https://www.electnano.com/services/testing-services): Testing service category for EMI shielding, ESD resistance, RF/microwave, thermal, rheology, surface, optical, and mechanical characterization. Keywords: EMI shielding testing, ESD resistance testing, RF material testing, medical device EMI materials, EV power electronics EMI testing, data center shielding test.
- [ESD Surface & Volume Resistance Testing](https://www.electnano.com/services/testing-services/esd-resistance): Electrical resistance and ESD characterization for conductive, static-dissipative, and insulating polymers, coatings, films, molded parts, and composites. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: ESD Surface & Volume Resistance Testing, ESD, Surface resistance, Volume resistance, ESD-safe polymers, Conductive coatings, Static-dissipative parts, Nanocarbon composites. Query matches: ESD surface and volume resistance testing for semiconductor robotics medical and battery manufacturing materials.
- [Rheology, Viscosity & Cure Monitoring](https://www.electnano.com/services/testing-services/rheology-viscosity-cure): Flow behavior, viscosity, cure evolution, shear response, oscillatory response, and processability testing for liquids, pastes, dispersions, resins, adhesives, and polymer systems. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Rheology, Viscosity & Cure Monitoring, Rheology, Viscosity, Cure, UV curing, Polymer rheology testing, Dispersions, Adhesives.
- [Surface Energy, Wetting & Interfacial Characterization](https://www.electnano.com/services/testing-services/surface-energy-wetting): Surface energy, wetting, dispersion behavior, coating adhesion drivers, surface/interfacial tension, dynamic contact angle, and density characterization. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Surface Energy, Wetting & Interfacial Characterization, Surface science, Wetting, Contact angle, Coating adhesion drivers, Wetting optimization, Dispersions, Surface energy.
- [Optical, UV-Vis & Laser Marking Evaluation](https://www.electnano.com/services/testing-services/optical-uvvis-laser): Optical absorption, reflectance, transmission, color, black coatings, laser marking response, and coating quality screening. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Optical, UV-Vis & Laser Marking Evaluation, Optical, UV-Vis, Laser marking, UV-Vis coating characterization, Ultra-black coatings, Laser markability, Optical density. Query matches: optical UV-Vis and laser marking evaluation for photonics lidar medical instruments and ultra-black coatings.
- [Plasma Surface Treatment & Activation](https://www.electnano.com/services/testing-services/plasma-surface-treatment): Surface activation, cleaning, adhesion improvement, wettability modification, and selected atomic oxygen exposure screening for compatible materials. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Plasma Surface Treatment & Activation, Plasma, Surface treatment, Adhesion, Surface activation, Adhesion improvement, Wettability modification, Atomic oxygen exposure screening.
- [Precision Cutting, Polishing & Sample Preparation](https://www.electnano.com/services/testing-services/sample-preparation): Controlled sample preparation for polymer, composite, coating, and nanocomposite inspection, microscopy, dimensional analysis, and failure analysis. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Precision Cutting, Polishing & Sample Preparation, Sample preparation, Polishing, Cross-sectioning, Microscopy preparation, Coating thickness, Dispersion assessment, Failure analysis.
- [Functional Coatings & Surface Engineering](https://www.electnano.com/services/development-services/coatings-inks-surface): Development of functional coatings and surface treatments for optical, electrical, thermal, adhesion, and environmental performance. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Functional Coatings & Surface Engineering, Nanocarbon coating development, Coatings, Surface engineering, Optical black coatings, Satellite coatings, Electronics coatings, Conductive films. Query matches: functional coating ink and surface engineering for optical black conductive ESD photonics and sensor applications.
- [Adhesives, Resins & Cure-System Development](https://www.electnano.com/services/development-services/adhesives-resins-cure): Development and characterization of functional resin systems, adhesives, UV-curable materials, and filled thermosets. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Adhesives, Resins & Cure-System Development, Adhesives, Resins, Cure systems, Electronic adhesives, Conductive adhesives, UV-curable coatings, Filled resins. Query matches: adhesive resin and cure-system development for conductive electronic medical device and power electronics materials.
- [Prototype Testing & Application Validation](https://www.electnano.com/services/development-services/prototype-validation): Application-driven testing programs that connect material formulation, processing, and end-use performance requirements. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement. Keywords: Prototype Testing & Application Validation, Prototype testing, Application validation, Benchmarking, New material qualification, Supplier or material down-selection, Early-stage product development, Customer demonstration samples.

## Technical problem guides
- [ESD Surface Resistance Uniformity | Semiconductor Handling Materials](https://www.electnano.com/technical-problems/esd-surface-resistance-uniformity): Technical guide to ESD surface resistance variation and dCNT-enabled surface resistance uniformity in molded parts. Keywords: ESD surface resistance uniformity, static dissipative polymer uniformity, semiconductor ESD handling.
- [dCNT vs Carbon Fiber | ESD Materials for Electronics](https://www.electnano.com/compare/dcnt-vs-carbon-fiber): Comparison of discrete CNT nanocomposites and carbon fiber filled materials for ESD fixtures and precision electronics handling. Keywords: dCNT vs carbon fiber, ESD fixture material comparison, semiconductor handling material comparison.

## Material pages
- [LCP Spectrum Silence™ | EMI Shielding and Absorbing](https://www.electnano.com/products/emi-shielding-and-absorbing/lcp-spectrum-silence): LCP Spectrum Silence™ is a broadband EMI shielding nanocomposite built on a liquid crystal polymer matrix for space electronics, magnetometer-adjacent hardware, and sensing systems. The dCNT-enabled filler system is engineered for greater than 30 dB/mm shielding effectiveness from 30 MHz to 110 GHz while maintaining low magnetic remanence, low outgassing, atomic oxygen resistance, and atmospheric reentry demisability. Keywords: LCP Spectrum Silence™, Space EMI shielding LCP, EMI Shielding and Absorbing, LCP matrix with dCNT technology and proprietary shielding fillers, Injection molding pellets, Molded plaques, Application development lots, Satellite electronics housings. Query matches: RF absorbing material for drones EV electronics medical devices data centers and telecom hardware; EMI shielding nanocomposite for high-speed electronics and autonomous systems.
- [THE TERmmINATOR™ 2 JUDGMENT Dk | EMI Shielding and Absorbing](https://www.electnano.com/products/emi-shielding-and-absorbing/terminator-2-judgment-dk): THE TERmmINATOR™ 2 JUDGMENT Dk is a toughened cyclic olefin copolymer compound for EMI absorbing and shielding parts in extremely high frequency millimeter-wave bands. It combines dCNT-enabled electrical uniformity with tuned dielectric properties, low moisture uptake, low outgassing, low optical reflectance, and a 164 C heat deflection temperature for molded RF housings, absorbers, and antenna-adjacent components. Keywords: THE TERmmINATOR™ 2 JUDGMENT Dk, EHF absorbing COC, EMI Shielding and Absorbing, Toughened COC base resin with dCNT technology, Injection molding pellets, Molded RF test plaques, Custom sample lots, Millimeter-wave absorbers. Query matches: RF absorbing material for drones EV electronics medical devices data centers and telecom hardware; EMI shielding nanocomposite for high-speed electronics and autonomous systems.
- [THE TERmmINATOR™ COC | EMI Shielding and Absorbing](https://www.electnano.com/products/emi-shielding-and-absorbing/terminator-coc): THE TERmmINATOR™ COC is a high-temperature cyclic olefin copolymer compound for EMI absorbing and shielding components in EHF and millimeter-wave applications. The dCNT formulation is designed for uniform electrical properties across molded specimens with controlled dielectric behavior, low moisture absorption, low outgassing, low optical reflectance, and a smooth molded surface for precision RF hardware. Keywords: THE TERmmINATOR™ COC, EHF absorbing COC, EMI Shielding and Absorbing, COC base resin with dCNT technology, Injection molding pellets, Molded RF plaques, Custom sample lots, RF absorbers. Query matches: RF absorbing material for drones EV electronics medical devices data centers and telecom hardware; EMI shielding nanocomposite for high-speed electronics and autonomous systems.
- [LSR 75A EMI | EMI Shielding and Absorbing](https://www.electnano.com/products/emi-shielding-and-absorbing/lsr-75a-emi): LSR 75A EMI is an injection moldable, two-part liquid silicone rubber formulated for flexible EMI shielding parts. The dCNT network provides broadband shielding performance with strong absorption at EHF millimeter-wave frequencies, including 31.1 dB/cm total shielding at 27.5 GHz, while the silicone platform supports flexible gaskets, gap pads, connectors, over-molded inserts, and electronic component encapsulation. Keywords: LSR 75A EMI, EMI shielding silicone, EMI Shielding and Absorbing, Two-part heat-curable LSR with dCNT technology, Two-part LSR, Molded elastomer samples, Application development lots, Molded EMI gaskets. Query matches: RF absorbing material for drones EV electronics medical devices data centers and telecom hardware; EMI shielding nanocomposite for high-speed electronics and autonomous systems.
- [TPU 95A EMI | EMI Shielding and Absorbing](https://www.electnano.com/products/emi-shielding-and-absorbing/tpu-95a-emi): TPU 95A EMI is a thermoplastic polyurethane shielding compound for flexible molded electronics components that need elastomeric movement with controlled surface conductivity. The dCNT-filled TPU delivers 44.5 dB/cm total shielding and 37.8 dB/cm absorbed shielding at 28 GHz, with 538.7% elongation at break, good surface finish, and low foreign particulate matter generation. Keywords: TPU 95A EMI, EMI shielding thermoplastic elastomer, EMI Shielding and Absorbing, TPU 95A with dCNT technology, Thermoplastic elastomer pellets, Molded samples, Custom elastomer lots, Flexible EMI seals. Query matches: RF absorbing material for drones EV electronics medical devices data centers and telecom hardware; EMI shielding nanocomposite for high-speed electronics and autonomous systems.
- [TPC 95A EMI | EMI Shielding and Absorbing](https://www.electnano.com/products/emi-shielding-and-absorbing/tpc-95a-emi): TPC 95A EMI is a thermoplastic copolyester elastomer compound for molded EMI seals, flexible RF shields, connector components, and electronics protection hardware. It provides the highest 28 GHz shielding response in the current elastomer line card, with 55.24 dB/cm total shielding and 47.9 dB/cm absorbed shielding, plus higher tensile modulus than the TPU EMI grade. Keywords: TPC 95A EMI, EMI shielding thermoplastic copolyester elastomer, EMI Shielding and Absorbing, TPC 95A with dCNT technology, Thermoplastic elastomer pellets, Molded samples, Custom elastomer lots, Molded EMI seals. Query matches: RF absorbing material for drones EV electronics medical devices data centers and telecom hardware; EMI shielding nanocomposite for high-speed electronics and autonomous systems.
- [COC ESD TGF25 | ESD-Safe Materials](https://www.electnano.com/products/esd-safe-materials/coc-esd-tgf25): COC ESD TGF25 is a low-particle, ESD-safe injection molding compound based on cyclic olefin copolymer and reinforced with 25 wt% fine glass fiber. It pairs COC low moisture uptake and ultra-low WVTR with dCNT electrical uniformity, fine-fiber surface finish, low particle sloughing, wear resistance, laser marking contrast, and low warpage for FOUPs and semiconductor manufacturing fixtures. Keywords: COC ESD TGF25, Low-particle COC ESD, ESD-Safe Materials, COC with 25 wt% fine glass fiber and dCNT technology, Injection molding pellets, Molded plaques, FOUP and fixture sample lots, FOUP components. Query matches: ESD-safe polymer material for semiconductor medical electronics robotics and battery manufacturing tooling; static dissipative CNT composite for cleanroom fixtures carriers and precision electronics handling.
- [COC ESD MCF20 | ESD-Safe Materials](https://www.electnano.com/products/esd-safe-materials/coc-esd-mcf20): COC ESD MCF20 is a low-particle, ESD-safe cyclic olefin copolymer compound reinforced with 20 wt% milled carbon fiber for stiffness, dimensional stability, molding precision, and low specific gravity. It uses dCNT technology for uniform electrical performance across molded parts and is optimized for FOUPs and semiconductor fixtures where cleanliness, stable geometry, low warpage, laser marking contrast, and reliable ESD protection are critical. Keywords: COC ESD MCF20, Low-particle COC ESD, ESD-Safe Materials, COC with 20 wt% milled carbon fiber and dCNT technology, Injection molding pellets, Molded plaques, Cleanroom fixture sample lots, FOUP components. Query matches: ESD-safe polymer material for semiconductor medical electronics robotics and battery manufacturing tooling; static dissipative CNT composite for cleanroom fixtures carriers and precision electronics handling.
- [MPPO LP ESD TGF30 | ESD-Safe Materials](https://www.electnano.com/products/esd-safe-materials/mppo-lp-esd-tgf30): MPPO LP ESD TGF30 is a high-temperature polyphenylene oxide injection molding compound reinforced with 30 wt% thin glass fiber. It uses dCNT technology to improve electrical uniformity across molded specimens while the thin-fiber package supports low particle sloughing, good surface finish, wear resistance, laser marking contrast, low warpage, and tighter molding tolerances. Keywords: MPPO LP ESD TGF30, High-temperature low-particle ESD, ESD-Safe Materials, Polyphenylene oxide base resin with 30 wt% thin glass fiber and dCNT technology, Injection molding pellets, Molded plaques, High-temperature fixture sample lots, Semiconductor fixtures. Query matches: ESD-safe polymer material for semiconductor medical electronics robotics and battery manufacturing tooling; static dissipative CNT composite for cleanroom fixtures carriers and precision electronics handling.
- [LCP LP ESD TGF40 | ESD-Safe Materials](https://www.electnano.com/products/esd-safe-materials/lcp-lp-esd-tgf40): LCP LP ESD TGF40 is a high-temperature liquid crystal polymer ESD compound reinforced with 40 wt% thin glass fiber for cleanroom environments and precision parts exposed to demanding thermal loads. The material combines dCNT-enabled electrical uniformity with extreme temperature stability, 330 C heat deflection temperature, excellent surface finish, wear resistance, laser marking contrast, and low warpage. Keywords: LCP LP ESD TGF40, High-temperature low-particle ESD, ESD-Safe Materials, LCP base resin with 40 wt% thin glass fiber and dCNT technology, Injection molding pellets, Molded plaques, High-temperature ESD sample lots, Cleanroom molded components. Query matches: ESD-safe polymer material for semiconductor medical electronics robotics and battery manufacturing tooling; static dissipative CNT composite for cleanroom fixtures carriers and precision electronics handling.
- [LCP LEO DiMiseio™ | ESD-Safe Materials](https://www.electnano.com/products/esd-safe-materials/lcp-leo-dimiseio): LCP LEO DiMiseio™ is a space-engineered ESD-safe nanocomposite based on high-flow thermotropic LCP reinforced with 30 wt% thin glass fiber. The formulation uses dCNT technology for uniform electrical properties and a filler package selected for complete atmospheric reentry demisability, with low outgassing, atomic oxygen resistance, low optical reflectance, strong molded surface quality, and high-temperature stability for LEO hardware. Keywords: LCP LEO DiMiseio™, Space ESD LCP, ESD-Safe Materials, Injection molding pellets, Molded spacecraft samples, Application development lots, LEO spacecraft hardware, ESD-safe satellite components. Query matches: ESD-safe polymer material for semiconductor medical electronics robotics and battery manufacturing tooling; static dissipative CNT composite for cleanroom fixtures carriers and precision electronics handling.
- [PPSUper Tough™ ESD | ESD-Safe Materials](https://www.electnano.com/products/esd-safe-materials/ppsupper-tough-esd): PPSUper Tough™ ESD is a high-performance PPSU injection molding material for ESD-safe parts that need toughness, ductility, impact resistance, and thermal stability. The dCNT formulation delivers nano-uniform surface and volume resistance for static charge control, while the PPSU base provides high strength, environmental stress-crack resistance, inherent flame retardancy, 23.5% elongation at break, no-break unnotched Izod impact, and 207 C heat deflection temperature. Keywords: PPSUper Tough™ ESD, Tough ESD PPSU, ESD-Safe Materials, PPSU base resin with dCNT technology, Injection molding pellets, Molded plaques, High-toughness ESD sample lots, Defense electronics hardware. Query matches: ESD-safe polymer material for semiconductor medical electronics robotics and battery manufacturing tooling; static dissipative CNT composite for cleanroom fixtures carriers and precision electronics handling.
- [TPU 95A ESD | ESD-Safe Materials](https://www.electnano.com/products/esd-safe-materials/tpu-95a-esd): TPU 95A ESD is a thermoplastic polyurethane compound for flexible molded parts that require static control without rigid fiber reinforcement. The dCNT-filled elastomer provides 1.10E10 ohm surface resistance, 737.1% elongation at break, 26.1 MPa tensile strength, good surface finish, and low foreign particulate matter generation for soft covers, handling fixtures, and flexible ESD interfaces. Keywords: TPU 95A ESD, ESD thermoplastic elastomer, ESD-Safe Materials, TPU 95A with dCNT technology, Thermoplastic elastomer pellets, Molded flexible samples, Custom elastomer lots, Flexible ESD covers. Query matches: ESD-safe polymer material for semiconductor medical electronics robotics and battery manufacturing tooling; static dissipative CNT composite for cleanroom fixtures carriers and precision electronics handling.
- [Quantum Dusk™ | Ultra-Black Coatings](https://www.electnano.com/products/ultra-black-coatings/quantum-dusk): Quantum Dusk™ is an ultra-matte black inorganic refractory nanoparticle coating for metals, plastics, and ceramics in optical and space environments. Its water-based ceramic nanoparticle matrix is designed for atomic oxygen erosion resistance, UV exposure, thermal cycling, clean handling, fast application, and a hard adherent film with 2.3% hemispherical reflectance, 5H gouge hardness, and silicone-free, PFAS-free chemistry. Keywords: Quantum Dusk™, Ultra-black spacecraft coating, Ultra-Black Coatings, Liquid coating, Coated coupons, Application development samples, Satellite optical surfaces, Spacecraft baffles. Query matches: optical black coating material for photonics lidar imaging sensors and scientific instruments; stray-light suppression coating for optical baffles sensor housings and precision instruments.
- [Carbon Clad™ | Ultra-Black Coatings](https://www.electnano.com/products/ultra-black-coatings/carbon-clad): Carbon Clad™ is an ultra-matte black discrete carbon nanotube coating engineered to deliver CVD-like low reflectance in a practical water-based paint format. It forms a deep black, highly light-absorbing surface on metals, plastics, ceramics, and composites for stray-light suppression in baffles, sensor housings, scientific instruments, electronics hardware, terrestrial optical assemblies, and aerospace hardware where atomic oxygen exposure is not the primary design constraint. Keywords: Carbon Clad™, Ultra-black dCNT coating, Ultra-Black Coatings, Water-based discrete carbon nanotube coating, Liquid coating, Coated coupons, Spray or brush application samples, Optical baffles. Query matches: optical black coating material for photonics lidar imaging sensors and scientific instruments; stray-light suppression coating for optical baffles sensor housings and precision instruments.

## Technical articles
- [Blog | CNT, ESD, EMI, RF & High-Tech Materials](https://www.electnano.com/resources/blog): Blog index for technical articles on dCNT materials, ESD, EMI, RF, measurement, semiconductor, electronics, and space materials. Keywords: dCNT materials blog, ESD materials articles, EMI shielding articles, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures. Query matches: technical articles about dCNT ESD EMI RF optical and high-tech nanocomposite materials; engineering blog for semiconductor photonics robotics medical device EV and data center materials.
- [An Introduction to Nanomaterials](https://www.electnano.com/resources/blog/an-introduction-to-nanomaterials): Nanomaterials are vanishingly small, closer in scale to DNA than to anything visible by eye. Learn why properties change at the nanoscale and how engineers turn those changes into useful materials. Keywords: An Introduction to Nanomaterials, Engineering notes, Nanomaterials, Carbon nanotubes, Graphene, Nanocomposites, Electronic materials, Optical coatings.
- [ESD Materials for Space: Why Surface Resistance Alone Is Not Enough](https://www.electnano.com/resources/blog/esd-materials-for-space-why-surface-resistance-alone-is-not-enough): Satellite hardware needs more than an ESD surface-resistance number. Space-grade charge-dissipative polymers must survive plasma charging, differential charging, atomic oxygen, vacuum outgassing, thermal cycling, mechanical loads, and mission-specific grounding requirements. Keywords: ESD Materials for Space: Why Surface Resistance Alone Is Not Enough, Engineering notes, ESD, Space materials, Satellites, LEO, Conductive thermoplastics.
- [Advanced Electromagnetic Measurement Techniques: From DC to THz](https://www.electnano.com/resources/blog/advanced-electromagnetic-measurement-techniques): Electromagnetic material characterization spans DC resistance to terahertz spectroscopy. Learn how complex permittivity, permeability, and conductivity determine which measurement method is right for your material—and why no single technique tells the whole story. Keywords: Advanced Electromagnetic Measurement Techniques: From DC to THz, Engineering notes, EMI Shielding, Electromagnetic Measurement, Dielectric Properties, Permeability, RF Materials, mmWave.
- [The Fixture Is Part of the Process: Why Static Control Belongs in Semiconductor Material Design](https://www.electnano.com/resources/blog/the-fixture-is-part-of-the-process): Why static control belongs in semiconductor fixture material design, not as an afterthought, and how resistance targets, ionic purity, and particle control shape material selection. Keywords: Engineering notes, ESD, Semiconductor, Static control, Materials design.

## Documents and contact
- [TDS and SDS Library](https://www.electnano.com/resources/technical-documents): Document library for Elect Nano technical data sheets, safety data sheets, line cards, and compliance files. Keywords: Elect Nano TDS, Elect Nano SDS, nanocomposite datasheets.

## Technical resources
- [Resources](https://www.electnano.com/resources): Resource hub for technical articles, datasheets, safety documents, compliance support, webinars, and engineering guidance. Keywords: dCNT materials resources, nanocomposite datasheets, technical articles, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures.
- [Nanocarbon Composites for Space Webinar | Space Nanocarbon Composites](https://www.electnano.com/resources/webinars/nanocarbon-composites-for-space): A recorded technical session on using precisely dispersed and functionalized nanocarbons to solve electromagnetic, electrostatic, RF, dielectric, magnetic, and optical constraints at the material level for space hardware. Keywords: Nanocarbon Composites for Space, Advanced Carbons Council webinar, Space, Nanocarbons, EMI, ESD, RF absorption, Optical absorptance. Query matches: recorded webinar about nanocarbon composites for space EMI ESD RF optical materials.
- [FAQ | Functionalized CNT and Nanocomposite Materials](https://www.electnano.com/faq): Frequently asked questions about Elect Nano dCNT materials, sample requests, qualification, and application development. Keywords: dCNT material FAQ, nanocomposite sample questions.
- [Case Studies](https://www.electnano.com/resources/case-studies): Case-study resources connect customer requirements, material format, processing route, test method, and qualification constraints so engineering teams can evaluate a practical path forward. Keywords: Case Studies, Application evidence.
- [Videos](https://www.electnano.com/resources/videos): Video resources make material behavior easier to evaluate by showing sample formats, testing context, visible performance differences, and application-specific use conditions. Keywords: Videos, Visual explainers.
- [Webinars](https://www.electnano.com/resources/webinars): Webinar resources give engineering, product, and program teams a deeper view of material selection, qualification strategy, and application-specific performance tradeoffs. Keywords: Webinars, Technical sessions, Space, Nanocarbons, EMI, ESD, RF absorption, Optical absorptance.
- [Health and Safety](https://www.electnano.com/resources/health-and-safety): Health and safety resources support responsible review of Elect Nano sample formats, product documents, handling practices, and customer qualification processes. Keywords: Health and Safety, Responsible use, SDS, TDS, Documentation, Samples, Handling, Evaluation.
- [Compliance](https://www.electnano.com/resources/compliance): Compliance resources help customer teams identify the right documentation path for regulatory review, supplier qualification, export screening, and product-specific support. Keywords: Compliance, Customer support, RoHS, REACH, Documentation, Export, End use, Customer qualification.

## Company news
- [News](https://www.electnano.com/company/news): Elect Nano company milestones, technology developments, product updates, and resources for technical teams evaluating advanced nanocomposite materials. Keywords: Elect Nano news, nanocomposite company updates, advanced materials news, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures.
- [Elect Nano Launches New Website](https://www.electnano.com/company/news/new-elect-nano-website-launch): Elect Nano has launched a new digital experience offering deeper product content, richer technology information, timely company updates, and an interactive Resources page for customers and partners. Keywords: Elect Nano Launches New Website, Company News, Elect Nano news, photonics materials, optical black coatings, stray-light suppression, lidar baffles, machine vision fixtures.