Feature

●Compatible models: bryton Rider S500 (Brighton Rider S500)
●Contents: 1 sheet
●It is flexible and will not break even if it is exposed to an impact like a glass film, "9H high hardness" (reflection reduction) protective film
●Made with safe domestic materials. Manufactured and shipped in our own factory in Japan


Description

■ Surface hardness: 9H yet flexible film.
The surface hardness is similar to 9H as a glass film, but it is flexible and flexible as it is made of super hard coated PET film, so it will not crack even if it gets shocked. The thickness is about 0.008 inch (0.2 mm) thinner than the typical glass film, and the sensitivity of touch operation. (*1)

The performance of the film (surface hardness 9H) is tested by international inspection and certification institutions.

■ Anti-reflection type to reduce screen glare!
By creating fine unevenness on the surface, it has been treated with an anti-glare treatment that diffuses external light and reduces glare.
Recommended for those who are concerned about the appearance of sunlight outside or fluorescent lights even indoors.
It also has a characteristic that makes it difficult to stand out even when it comes to fingerprints.

■ Fingerprints are hard to notice, and they are fluorine treated to prevent stains.
Anti-glare treatment prevents fingerprints from being noticed, and the surface is coated with fluorine coating to prevent sebum and dirt from falling off. Slip on your fingers for a smooth and smooth feel.

- Special self-adsorption type that prevents air bubbles from entering
The adhesive surface is a special self-adhering type that prevents air bubbles. Material is flexible and easy to apply. It will also not crack like glass film when removed.
Repositionable and repositionable so you can reposition it until you have the correct position.

■Made in Japan for peace of mind.
Made in Japan by processing the highest grade domestic materials at our facility in Japan. We provide quality assurance.

1. The "surface hardness 9H" display is the performance of the film used as a material. It is not the result of measurements that are attached to the device.