The flatness of AR coating of vacuum forming machine is far better than that of coated acrylic

The flatness of AR coating of vacuum forming machine is far better than that of coated acrylic

 

●Strong impact resistance, the impact performance of 3mm thick glass is equivalent to 6mm acrylic.

 

●The surface flatness of AR glass is much better than that of coated acrylic, and the larger the size, the more obvious the difference.

 

●Maintain the viewing angle. Generally, after the acrylic is installed, the viewing angle will become smaller; but after the AR glass is installed, the viewing angle will not become smaller.

 

●The hot and cold deformation of AR glass can be almost ignored, and it is suitable for various environments; at the same time, AR glass has a glazed feeling and a more beautiful appearance.

Vacuum forming machine AR coating has the best scratch resistance and wear resistance

 

High temperature resistance, AR glass temperature resistance > 500 degrees (generally acrylic can only withstand 80 degrees)

 

●The color is more vivid and the contrast is stronger, which makes the color contrast of the image stronger and the scene clearer.

 

●The best anti-scratch and wear resistance, AR glass film hardness is equivalent to glass, greater than 7H, (generally PC board hardness is about 2H to 3H).

 

●It is resistant to cleaning by various cleaning agents and wiping with acid and alkali cleaning agents, and the film layer is not damaged.

The average visible light transmittance of AR coating on vacuum forming machine exceeds 95%

 

●The highest peak value of visible light transmittance is 99%, and the average visible light transmittance exceeds 95%, which greatly improves the original brightness of LCD and PDP and reduces energy consumption.

 

●The average reflectivity is less than 4%, and the minimum value is less than 0.5%

 

●Effectively weaken the defect that the screen turns white due to the strong light behind, and enjoy clearer image quality.

 

●Anti-ultraviolet, effectively protect the eyes The transmittance of the ultraviolet spectral region is greatly reduced, which can effectively block the damage of ultraviolet rays to the eyes.

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