ITO Coating for Conductive Surfaces and High Optical Transparency
Our ITO Coating is specially designed to reduce glare and enhance clarity in digital displays while providing an electrically conductive surface. Used primarily for LCD displays, our transparent conductive coatings can be fully customized to exact specifications with the capability of achieving less than 0.35% specular reflectance and sheet resistance as low as 4 to 3000 ohms per square.
Our ITO Coatings are used in a range of applications including:
- Cockpit Displays for Avionics
- Navigational Displays that Enhance Situational Awareness in Military Ground Vehicles
- Medical Equipment Displays
- Touch Screen and Flat Panel Displays
- Solider Support Technology Displays
EMI/RFI Shielding for LCD Displays and Touch Panels
When using multiple digital displays within one confined space, concerns about electro-magnetic interference and radio-frequency interference arise. With our indium tin oxide coatings, an in-house application of buss bars to the coated panel permits contact to the ITO film and enables direct grounding for EMI/RFI shielding. This allows for complete isolation of the display and guarantees clarity.
ITO Coating for Extreme Environments
Functionality within military, medical, and avionics displays is an absolute requirement, especially in the most extreme conditions. Our ITO Coatings are designed for high optical performance and rugged durability.
Our Processes for Transparent Conductive Coating
We offer different conductive coating processes for different needs. Explore the services below to identify the perfect process for you, or contact us today to learn more.
Primarily used as a transparent heating element to heat LCD displays, our Process 2 Coatings are designed with standard sheet resistance ranges from 6 to 50 Ω/sq.
Our Anti-Reflective Conductive Coating process is designed to reduce specular reflectance to less than 0.35% at a 30 degree angle. Primarily for use on Commercial Avionics and Military Human Interface displays, where EMI/RFI Shielding is necessary.
Designed for use between two optical components, our Process 9 AR matched coating provides a transparent conductive surface virtually invisible to the optical performance of the display. Used as an EMI/RFI shield, our coating can be buried within the optical stack just behind the cover glass of the display.
Contact Quantum Coating today and find out more about our custom ITO Coating solutions.