AR surface treatments are widely used on glass and mainly involve devices that need to improve light transmittance, reduce reflection, enhance visual experience, or achieve specific functions.
Smartphones and tablets:
Reason: With the popularity of smart phones, the problem of screen reflection has become a major problem for users. AR coating can significantly reduce screen reflection, improve screen clarity, so that users can enjoy a clear visual experience in any environment.
Effect: Improve screen transmittance, reduce glare, enhance color saturation and contrast, improve viewing comfort.
TV and monitor:
Why: For home entertainment and professional display devices, AR coatings are equally important to improve image clarity and viewing experience.
Effect: Reduce screen reflection, improve picture detail, make color more realistic and natural.
Photography and video equipment:
Why: For photographers and videographers, the optical performance of a lens is crucial. The AR coating can reduce the reflection of the lens, improve the light transmittance, and ensure that the capture of a clearer, realistic picture.
Effect: Enhanced lens light transmission performance, reduced gander and glare, improve image quality.
Optical instrument:
Reasons: Optical instruments, including telescopes and microscopes, require glass with high light transmittance and low reflectivity to ensure clarity and accuracy of observation.
Effect: improve the observation effect, reduce light loss, improve the efficiency of the instrument.
Car display and windshield:
Reason: During driving, the reflection and glare of the windshield not only affect the driver's line of sight, but also may cause safety hazards. AR coating can reduce the reflection of the windshield and improve the visual comfort and safety of the driver.
The effect: reduce glare, improve driving safety, and AR glass can also be used as a car display to provide navigation, entertainment and other information.
Solar panels:
Reason: In the solar photovoltaic industry, AR coating is able to increase the light transmittance of photovoltaic glass while preventing condensation and pollution and improving the power generation efficiency of solar panels.
Effect: improve solar energy conversion efficiency, increase power generation, and reduce maintenance costs.
Smart Home and Buildings:
Reason: AR glass can integrate augmented reality technology to display digital images and information on a transparent glass surface, bringing a new interactive experience to smart homes and buildings.
Effect: Realize intelligent control, information display, navigation and other functions, improve the intelligent level of living and working environment.
In summary, AR surface treatment has a wide range of applications on glass, covering many fields such as smart phones, tablets, TV sets, monitors, photography and camera equipment, optical instruments, vehicle displays, windscreens, and smart homes and buildings. These applications not only improve the performance and user experience of devices, but also promote the innovation and development of related industries.