1.Switch to glove mode to raise touch sensing threshold and signal acquisition strength, compatible with regular work gloves and thin cold-proof gloves. For thick cotton or heavy cold-proof gloves, further boost sensing gain and filter interference to prevent false touches.
2.
3.Use ultra-thin cover glass or panels within structural limits to shorten sensing distance and improve touch sensitivity for gloved operation.
4.Adopt high-transmittance and low-resistance coatings. They maintain touch signals without attenuation, while retaining anti-fouling and wear-resistant properties, ideal for workshop environments.
5.Comes standard with conductive-tip work and cold-proof gloves. It fits regular screens at low cost with no hardware modifications required.
Solutions to Screen Fragility and Touch Disconnection Issues1.Adopt high-hardness cover materials. Replace ordinary glass with chemically strengthened tempered glass to increase Mohs hardness. For harsh working conditions, ultra-white high-alumina silicate glass is used, which delivers far better scratch and impact resistance than float glass.
2.Apply high-hardness wear-resistant coating on the cover surface, combined with AF coating. It achieves scratch resistance, water repellency and anti-fouling performance, and reduces scratches from hard objects.
3.
Increase glass thickness where structure permits, or install an external transparent protective plate to cushion impact and friction from hard objects.
4.Chamfer and finely grind glass edges and corners to prevent chipping and crack propagation caused by collisions.
5.Enable pressure recognition algorithm to distinguish normal taps, accidental bumps and heavy impacts, and shield abnormal touch points.
6.Install buffer gaskets between the screen and housing to disperse impact force from hard taps and prevent touch anomalies caused by local heavy pressure.
FAQ1.Q: What materials are used to prevent the screen from cracking and scratching?A: We use chemically strengthened tempered glass or ultra-white high-alumina silicate glass, plus high-hardness wear-resistant and AF composite coatings for protection.
2.Q: Are there structural designs to reduce damage from collisions?
A: Yes. We process chamfered edges, add buffer gaskets, thicken glass or fit external protective plates as needed.
3.Q: Will accidental knocks or heavy strikes trigger false touches?A: No. The built-in pressure recognition algorithm filters abnormal signals and only responds to normal operations.
4.Q: How does the protective structure affect daily use of the touch screen?A: It has no impact on normal touch experience while greatly improving durability in harsh environments.
5.Q: What advantages does high-alumina silicate glass have over regular glass?A: It features superior scratch resistance and impact resistance, ideal for demanding industrial working conditions.
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