How to Solve the Problems of Insufficient Brightness and Poor Visibility Under Strong Light?
1.Equipped with an ultra-high brightness backlight of ≥1000 nits, the screen remains clear and visible under strong light, without whitening or graying.
2.Anti-reflection treatment: Uses AG anti-glare glass to reduce ambient light reflection and avoid harsh mirror glare.
3.Equipped with an AF anti-fingerprint coating, which reduces reflective interference and improves visual clarity.
4.High-contrast drive optimization: Enhances screen contrast and solves the issues of whitening and hazing under strong light.
5.Frame lamination technology reduces light loss between glass layers, further improving readability under sunlight.
How to solve poor environmental adaptability
1.Equipped with an ultra-wide temperature main control supporting -20℃ to 70℃, suitable for extreme high and low temperature working conditions, eliminating failures such as failure to start at low temperature and overload at high temperature.
2.Adopts industrial-grade wide-temperature liquid crystal formula + high and low temperature resistant polarizer, eliminating low-temperature ghosting and high-temperature color shift, ensuring stable and non-drifting colors.
3.Built-in thermal conductive buffer structure for zoned heat dissipation of the driver IC, suppressing high-temperature heat accumulation, avoiding screen flickering and sudden brightness drop caused by overheating.
4.The touch controller integrates high and low temperature drift calibration algorithm, ensuring no lag at low temperature and no false touch at high temperature, with consistent and responsive touch performance.
5.The flexible cable, plastic frame and adhesive are all made of industrial-grade wide-temperature materials, which do not deform or delaminate under high/low temperature environments, ensuring maximum stability.
How to Improve Touch Accuracy
1.Built-in adaptive calibration algorithm for humidity and water stains, automatically shielding conductive interference from water. No drift, no ghost touches, no false triggering even with water on the screen.
2.Adopts AG anti-glare coating combined with AF anti-fingerprint oleophobic and hydrophobic coating. Water droplets roll off quickly without leaving streaks; sweat and water stains are less likely to adhere, reducing conductive interference at the source.
3.Adopts thickened tempered glass panel, isolating interference from surface moisture and sweat on the sensing circuit, providing stronger resistance to humidity and condensation.
4.Equipped with dispensing sealing around the frame and a dustproof & waterproof structure, blocking moisture and fog from penetrating the touch layer through the edges, preventing internal dampness and touch failure.
FAQ
1.What kind of touch panel structure does this product adopt?
It adopts a G+G (Glass + Glass) structure with frame lamination, which effectively improves display clarity and touch stability.
2.How is the visibility under strong sunlight?
Equipped with a ≥1000 nits ultra-high brightness backlight, AG anti-glare glass and high-contrast optimization, the screen remains clear without whitening or graying in strong light.
3.Can it work normally in high and low temperature environments?
Yes. It uses an ultra-wide temperature main control (-20℃ to 70℃), wide-temperature LCD and polarizer, ensuring stable performance without startup failure, lag or color shift.
4.How does it ensure accurate touch when there is water or sweat?
It has a water/humidity adaptive calibration algorithm, AF hydrophobic coating and sealed structure, achieving no drift, no ghost points and no false triggers even with water or sweat on the screen.
5.What measures are taken to improve environmental adaptability?
Industrial-grade wide-temperature materials, thermal buffer structure, EMC optimization and frame sealing are adopted, making it reliable against high/low temperature, humidity, condensation and electromagnetic interference.
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