Technology Features & Specifications
The technology is comprised of an innovative conductive mesh for the high transparency and conductivity, a dielectric substrate and a capping overcoat layer for device fabrication. The thickness of dielectric layer and the conductive layer can be readily controlled. The uniform conductivity ensures the precise recognition of touching locations. Compared with the conventional random metallic nanowires network, under the same conductivity, the transparency of this innovative conductive mesh can be improved by 2~10%, the relative haze can be decreased by 2~6%. The fabrication process delivers the remarkable mechanical durability and chemical stability, and the overcoating encapsulation renders the touch panel washable and highly stable even under the harsh environment. It maintains the touch functions after being subjected to extreme deformations and even after a coffee spill.
The flexible and foldable touch panel are compatible with transparent and flexible optoelectronic devices, such as (but not limited to) the following:
- Touch-screen displays
- Electronic skin
- Wearables Human Machine Interface
- Incorporated into optoelectronics for touch sensing
The transparent conductive paper can serve as the transparent electrode for electrochromic smart windows, photovoltaic devices, organic light emitting diodes (OLEDs), transparent heaters, and electromagnetic shields.
This technology carries the following advantages:
- Low sheet resistance
- Highly deformable and conformable
- High transmittance
- Low haze
- Good water resistance