Outperforms Outdoors in Any Weather Condition and
under the Harshest of Environments
- Rain Proof
- Dust Proof
- Humidity Proof
- High and Low Temperature Resistant
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1.1mm Cover Glass With
7H Surface Hardness
Anti-glare surface Treatment (Chemical etching)
Optical Bonded
Touch panel to LCD panel
10-Fingure-Multitouch Capacitive Touch Panel
Zuljana’s 10 Inch Capacitive Touch Monitors have a modern sleek look with its flat edge to edge glass IP65 water- and dust proof front panels.
Wear resistant Works with water Exceptional optics High-resolution abilities Touch
coordinates are drift free Operates in environmental extremes Multi-touch capable – up to 10 fingers Works with finger, gloves and any pointing device Plastic versions are light-weight and ak-resistant Flexible sensors can be contoured to curved surfaces
Intuitive
Touch
No dead
zone
Quick
response
Pen Thickness variation
Multi
Touch
Anti Shatter
glass
Outperforms Outdoors in Any Weather Condition and
under the Harshest of Environments
Optical bonding is the process of gluing the touchscreen glass to the LCD cell in order to completely fill the air gap between them. This is done to improve overall performance, decrease the total display weight, and make the touchscreen sturdier.
Images shown on a monitor are reflections generated by light from the LCD module passing through the gap and the panel. The gap and panel have different refractive indexes, causing the light to bend when it passes through them. This results in a loss in its intensity, affecting the screen’s readability.
The additional resin layer in optical bonding also provides increased physical durability to the screen. Eliminating the gap between the LCD module and the panel increases the screen’s resistance t scratches, dust, and fluids.
When light from an external source passes through the panel and the gap, refraction causes some of it to be reflected back, creating glare on the screen. The increased light transmission of a screen with optical bonding significantly reduces glare from external light sources.
In environments with wide temperature ranges, it is common for condensation to cause screens to become foggy from moisture that penetrates the air gap. A monitor with optical bonding fills the gap to prevent condensation from occurring for improved readability.
For touch monitors, the panel thickness influences touch accuracy and can affect usability with both touch pens and bare hands. A touch monitor with optical bonding maintains consistently accurate touch response making it easy to use and reliable.
