Anti-UV Touchscreen Display for Vehicle Terminals: Block 100% UV to Extend Service Life in Sun-Exposed Cabins

Anti-UV touchscreen Display for Vehicle Terminals: Block 100% UV to Extend Service Life in Sun-Exposed Cabins

Content Menu

For vehicle terminal manufacturers, in-vehicle display failure has long been a hidden pain point that affects product reputation and after-sales costs. Whether it is commercial trucks, special engineering vehicles, new energy vehicle-mounted control terminals, or mobile on-board computers, the display screen is directly exposed to sunlight through the windshield for a long time, and ultraviolet (UV) radiation has become the main culprit for screen yellowing, touch failure, shortened service life, and reduced clarity.

In addition, UV radiation will also accelerate the aging of the circuit and sensor materials of the display screen, reducing the service life of the entire vehicle terminal from the original 5-8 years to less than 2 years. For vehicle manufacturers and fleet operators, this means a sharp increase in replacement costs, maintenance labor costs, and a decline in brand trust.

Two Anti-UV touchscreen Solutions from SZDINGTouch for Vehicle Terminals
Combined with the structural characteristics, installation environment, and safety standards of vehicle terminals, we have launched two targeted anti-UV touchscreen products, both of which have passed professional instrument testing and meet the performance requirements of vehicle-mounted applications.

1. Anti-UV SAC Bonding touchscreen
This product uses a specially modified anti-UV SAC bonding material instead of ordinary adhesives. Tested by a professional solar film tester, the UVR blocking rate reaches 99.8%, which can effectively block most ultraviolet rays from penetrating the adhesive layer and damaging the internal LCD and sensor.

It is suitable for conventional passenger vehicle terminals, commercial vehicle central control screens, and in-vehicle operation terminals with relatively closed cabins. While achieving high-efficiency UV protection, it retains good light transmittance and touch sensitivity, supports 10-point capacitive touch, and has a fast response speed, adapting to the -30℃~85℃ ultra-wide temperature range required for vehicle-mounted use.

2. Anti-UV Coated Cover Glass + Anti-UV SAC Composite Structure
This is our highest-specification anti-UV solution, designed for engineering vehicles, outdoor operation special vehicles, and open cab terminals with extremely strong UV exposure.

We plate a special anti-UV functional coating on the surface of the cover glass. The glass with the coating can be seen with a faint purple reflective layer with the naked eye, which is a visual sign of effective UV protection. The single anti-UV coated glass has a UVR blocking rate of 99.8%. After being laminated with the sensor glass using anti-UV SAC materials, the overall UVR blocking rate of the finished product is as high as 99.9%, achieving almost full-band UV isolation.

This solution has stronger outdoor durability, is resistant to high temperature, vibration, and dust, meets the IP65 protection level, and is more suitable for harsh vehicle-mounted scenarios with long-term outdoor exposure.

Customized Support for Vehicle Terminal Manufacturers
SZDINGTouch has 13 years of experience in the touch display industry, and provides full-chain customized services for vehicle terminal customers:

●Size range from 2.4 inch to 32 inch UP to 65 inch, supporting embedded, wall-mounted, and central control integrated installation methods

●Customizable LVDS, MIPI, RGB and other interfaces to match different vehicle-mounted motherboards and control systems

●Support anti-glare (AG), anti-fingerprint (AF) and other surface treatments to improve the clarity and ease of use under sunlight

●No MOQ limit for samples, fast proofing in 12-15 days, stable mass production capacity to ensure project delivery

●We do not just provide a touchscreen component, but a complete set of anti-UV display solutions for vehicle terminals, helping customers reduce after-sales rate, extend product life, and enhance the core competitiveness of complete vehicle equipment.