
Touch Sensor Panel – How Does It Work?
Have you ever wondered what exactly is going on beneath that smooth surface? How does a touch sensor panel actually work?
NOTICE: Any orders placed from 28th July to 3rd August will not be dispatched until 4th August
Have you ever wondered what exactly is going on beneath that smooth surface? How does a touch sensor panel actually work?
Why do you need ITO Plastic? ITO (Indium Tin Oxide) is an electrically conductive substance that is also optically clear,
ITO coating provides a conductive and transparent surface which allows UV rays and visible light to pass through – perfect for use in microscopy slides
A transparent conductive oxide can be deposited onto a surface providing a clear coating which is electronically conductive.
Touch screen technology is utilised in many different working environments, from factories, hospitals and science laboratories, and much more.
Low reflective glass in museums provides an optimal viewing experience with little to no reflection for the viewer.
The resistive touchscreen typically has a coating of Indium Tin Oxide on one or both inner sides of each layer which carries an electric charge.
As a thin film coating, Indium Tin Oxide can be applied to various substrates including plastics and glass, making the substrate conductive.
Reflections can be unwanted and potentially dangerous, so the question ‘Can you have an anti reflective coating’ is a valid one – the good news is, yes you can.
Indium coating on glass allows the glass to conduct electricity… Impressive? We think so. Let us show you how ITO glass has changed the World we live in.