3.5 to 10.1 Inch ITO Technology Multi-touch Screen

Product Description

ITO Technology Multi-touch Screen

These small size PCAP touchscreen is ITO touch sensor optically bonded on a strengthend front glass. For single-touch PCAP touch panel, sensor layer is usually single-layer ITO film. For multi-touch screen, the sensor layer is usually ITO glass or two-layer ITO film. The front glass is recommended to be chemically strengthed technology, which features perfect smoothness, above 6H surface hardness.

Structure

GF (glass-on-film), singl-touch, ITO touch sensor film optically laminated with cover glass.

GG (glass-on-glass), ITO technology PCAP touchscreen sensor glass optically bonded with strengthened front glass, supporting multi-touch.

GFF (glass-on-film-on-film), ITO technology film-on-film PCAP touch sensor optically bonded with armored glass, supporting multi-touch.

Type

COB (chip on board), touch IC from ILITEK, USB/RS232/IIC interface connectors are soldered on the controller board.

COF (chip on flexible cable), touch IC from GOODIX, FOCALTECH, ILITEK, EET, IIC interface.

Touch Points

Single-touch, Multi-touch, finger touch, supporting thin-gloved hand touch (latex gloves for example).

Surface Hardness: 6H

Transmittance: >85%

Operating Temperature: -10ºC ~ 60ºC, <85%HR

Storage Temperature: -20ºC ~ 70ºC, <85%HR

10.1 Inch Optical Bonding Touch Screen LCD Panel

13.3-inch anti-glare capacitive touchscreen applied to EV charging station

As electric vehicles (EVs) continue to gain popularity, the need for efficient and effective charging stations is becoming increasingly important. One key component of a modern EV charging station is the touchscreen interface that allows users to interact with the station and initiate the charging process.

PTC Heater for Bus

PTC heater for bus is most widely applied to electric bus today for air heating.Compared to traditional heater, PTC heater for bus is safer and more reliable because the self-regulating PTC element will not be damaged without air flow. Also, power of thermostat will automatically be cut off when it is overheating.