PCAP 86″ Anti-Glare Metal Mesh Touch Sensor/Touch Foil

Metal mesh capacitive touch technology uses advanced etching technology to densely distribute copper and other conductive metals and their oxide wires on the conductive layer of the PET substrate to form a very fine and regular mesh transparent conductive electrode film. It has excellent electrical conductivity, high transparency and touch sensitivity, and realizes the signal transmission function through inductive touch based on the bonded conductive electrode film.

The metal grid capacitive screen works the same as the ITO capacitive screen, and different conductive circuit modules are etched on the two layers of conductive material coatings. The patterns etched on the two modules are perpendicular to each other, and they can be regarded as sliders that change continuously in the X and Y directions. Since the X and Y structures are on different surfaces, a capacitive node is formed at the intersection. One slider can be used as the drive line, and the other slider can be used as the detection line. When the current passes through one wire in the driving line, if there is a signal of capacitance change in the outside world, it will cause the change of the capacitance node on the other layer of wire. The change of the detected capacitance value can be measured by the electronic circuit connected to it, and then converted into a digital signal by the A/D controller to allow the computer to perform arithmetic processing to obtain the (X, Y) axis position, and then achieve the purpose of positioning.

Micron(Cinotop)’s metal mesh based transparent conductive film has both low resistance and high transmissivity at the same time. when used for touch sensors, it will realize customer’s various needs / wants, which could not be realized by conventional transparent conductive films.