NANO-GRID
Flexible conductivity, engineered in three dimensions.
01Challenge
Conventional transparent electrodes can face trade-offs between conductivity, optical transmission, and mechanical flexibility.
02Architecture
3D metal nano-grid
A three-dimensional metal nano-grid provides a conductive architecture on a flexible substrate. The hybrid transparent electrode concept brings materials and geometry together for optoelectronic integration.
Conceptual schematic · Not to scale
03Engineering targets
01
Conductivity
Electrical pathways engineered for device integration.
02
Transparency
Grid architectures designed to allow optical transmission.
03
Mechanical reliability
Structures developed with bending and flexibility in mind.
04
Scalability
Process development toward repeatable implementation.
04APPLICATIONS
OLEDQLEDFlexible displaySolar cellsWearable electronics
05COMMERCIALIZATION
- 01
PoC Sample
- 02
Customized TCE
- 03
Standard Electrode
- 04
IP / Process License
AEROSOLXMATERIALS / DEVICES / CONTROL
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