ITO Mirror (Indium Tin Oxide, Size: 100mm×100mm×1.6mm)
| ITO Mirror | |
| Product No | NRE-50018 |
| CAS | NA |
| Length | 100mm |
| Width | 100mm |
| Thickness | 0.125 mm |
| Resistance | 15Ω/sq |
| Haze | <1.0/<5.0 |
| Thermal shrinkage | <1.0 |
| Color of the cross-section | NA |
| Transmittance | > 70% |
ITO Mirror
ITO (Indium Tin Oxide) mirrors, which consist of a thin layer of ITO deposited on a reflective substrate, combine the benefits of transparency and conductivity.
Optical Devices
Reflective Coatings: ITO mirrors are used as reflective coatings in optical devices where both reflection and transparency are required. They are employed in applications like beam splitters and optical filters.
Optical Sensors: In optical sensors, ITO mirrors can be used to enhance light reflection while allowing some light to pass through for detection.
Display Technology
LCD Displays: ITO mirrors are used in liquid crystal displays (LCDs) as part of the reflective layer to enhance the brightness and contrast of the display. The ITO layer helps in efficient light management within the display.
OLED Displays: In organic light-emitting diodes (OLEDs), ITO mirrors can be used to improve light extraction and enhance the performance of the display.
Photovoltaic Devices
Solar Cells: ITO mirrors can be used in solar cells, especially in reflective layers to improve light trapping and increase the efficiency of light absorption by the solar cell.
Lighting Technology
Reflective Mirrors: ITO mirrors are used in lighting applications where both reflection and transparency are needed. They can be employed in fixtures and other components where controlled light reflection is required.
Research and Development
Experimental Mirrors: ITO mirrors are used in research settings to study light behavior, reflection, and transparency. Their properties make them useful for various experimental setups and technological development.
Energy Efficiency
Energy-Conserving Mirrors: In energy-efficient buildings and green technologies, ITO mirrors can be used to optimize light management and improve energy conservation by reflecting light in specific ways.
Telecommunications
Optical Communication: In telecommunications, ITO mirrors can be used in optical communication systems to manage light paths and improve signal clarity by controlling reflection and transparency.
