ITO Glass Slides | |
Product No | NRE-50017 |
CAS | NA |
Length | 14mm |
Width | 16mm |
Thickness | 1.1 mm |
Resistance | <7Ω/sq |
Etching | NA |
The luster of ITO glass | NA |
Color of the cross-section | NA |
Transmittance | > 77% |
ITO Glass Slides
ITO glass slides, which are glass substrates coated with a thin layer of ITO, are utilized in various fields due to their unique combination of high electrical conductivity and optical transparency.
Display Technology
Touch Screens: Sn:In2O3 are used as electrodes in touch screen technology. Their transparency allows for clear visuals, while their conductive properties enable touch detection.
LCDs and OLEDs: In liquid crystal displays (LCDs) and organic light-emitting diode(OLEDs), Sn:In2O3 function as transparent conductive layers. This combination allows the display to function effectively by facilitating electrical connections and allowing light to pass through.
Sensor Technology
Biosensors: Sn:In2O3 are used in biosensors to detect biological interactions. The transparent conductive layer supports various analytical methods, including fluorescence and absorbance measurements.
Chemical Sensors: Sn:In2O3 are employed in chemical sensors to measure chemical reactions. The ITO layer enables electrical measurements and supports optical detection methods.
Photovoltaic Devices
Solar Cells: Sn:IN2O3 serve as transparent conductive electrodes in thin-film solar cells. They allow light to reach the active layers of the solar cell while conducting electrical current.
Laboratory and Analytical Equipment
Microscopy Slides: ITO glass slides are used as microscope slides in laboratory research. Their transparency and conductivity are advantageous for imaging and various analytical techniques, including fluorescence microscopy.
Electrochemical Cells: ITO glass slides are used as working electrodes in electrochemical experiments. The conductive layer allows for precise electrochemical measurements and interactions.
Smart Glass
Electrochromic Glass: ITO glass slides are employed in smart or electrochromic glass, which changes its optical properties in response to electrical signals. The ITO coating facilitates control of light transmission and the glass’s appearance.
Thin Film Deposition and Research
Material Research: ITO glass slides are used as substrates for the deposition of thin films. Their combination of transparency and conductivity makes them suitable for studying new materials and coatings.
Surface Science: They are used in surface science studies to examine surface interactions and properties due to their unique properties.