Features

• This is a glass film for iPhone 11 Pro Max and iPhone XS Max with 3D structure glass for full protection and blue light cut type that is resistant to corner cracking due to super strong processing.
• Ultra-tough processing achieves impact resistance more than 4 times the strength.
• * Based on the Elekom test results compared with PM-A18CFLGG. • 3D structured glass protects the entire screen.
• Smooth finger sliding characteristic of glass allows comfortable operation.
• It has a special treatment that makes the slipping stick long.
• Round edge processing is used to round the edges so that they don't get caught when you grip or take them out of your bag.
• A blue light cut type that cuts about 40% of the blue light in the light emitted by the LCD.
• * It is said that blue light may not be absorbed by the cornea or lens of the eye and may reach the retina, causing deterioration of retinal function.
• In addition to cutting blue light efficiently, the film is designed to look natural without changing the color tone as much as possible.
• AR coat is applied, and the transparency is improved than the conventional product. *Comparison with PM-A18CFLGG
• Uses self-adsorbing glue that sticks naturally when placed.
• It has an airless finish that prevents air bubbles from entering when it is applied, and even if they do, air bubbles will be dispersed over time and become less noticeable. *It may not disappear depending on the size of the air bubbles.
• By processing the suction surface, even if the film is removed, it can be reapplied without damaging the suction force.
• It is already cut to fit the shape of the terminal, so it can be used immediately after removing from the package.
• It supports touch screen input that allows you to operate the unit even with the film still attached.
• Fingerprint prevention processing is applied to prevent fingerprints from sticking, and even if they remain, they can be easily wiped off.
• The special shatterproof design ensures high safety by preventing glass fragments from scattering in the event of breakage.