10 ohm sheet resistance ITO glass

Tibboglass produce this kind of ITO glass , and there are some key points about ITO Conductive Glass (Indium Tin Oxide Conductive Glass) and its applications:

**Features of ITO Conductive Glass:**
1. **Conductivity:** ITO Conductive Glass possesses high electrical conductivity, allowing it to conduct electrical current, making it suitable for use in electronic devices and displays.

2. **Transparency:** Despite its conductivity, ITO Conductive Glass maintains high transparency, not compromising the passage of light, making it suitable for applications requiring a transparent surface.

3. **Customizability:** This type of glass can be customized to meet specific application requirements, including size, conductivity, and transparency.

4. **Corrosion Resistance:** ITO Conductive Glass typically exhibits good corrosion resistance, enabling stable operation in various environments.

**Applications:**
1. **Touchscreen Technology:** ITO Conductive Glass is widely used in touchscreen applications, including smartphones, tablets, and electronic signature pads, as a crucial component of touch sensors.

2. **Liquid Crystal Displays (LCDs):** In LCD panels, ITO Conductive Glass serves as electrodes to help regulate the pixels on the LCD screen.

3. **Solar Panels:** This conductive glass can be used in solar panel panels to help conduct the current generated within solar cells.

4. **Electronic Devices:** ITO Conductive Glass is also used in various electronic devices such as display screens, e-readers, monitor panels, and more.

5. **Lighting:** In some lighting applications, ITO Conductive Glass is used as a conductive layer to achieve dimmable and smart lighting functionalities.

In summary, ITO Conductive Glass is a material with both conductivity and transparency, widely employed in various modern technological applications, including touchscreen devices, LCDs, solar panels, electronic devices, and lighting. It maintains high transparency while offering excellent electrical conductivity, making it a crucial component in many electronic and optical applications.