Fitur

• Uses real glass for smooth finger sliding.
• LCD protective glass for iPhone 13/iPhone 13 Pro that uses Gorilla ® glass to prevent corner cracking in a 3D-designed PET frame.
• Comes with a frame made of PET material that protects the glass film from impact, and is designed to prevent the square from breaking.
• It uses the same strong Gorilla ® glass as the LCD screen of the terminal.
• Achieves high transparency without compromising high-definition LCD.
• Uses tempered glass with surface hardness of 10 H to prevent scratches on the protective glass surface.
• * This is the performance value in the 10 H pencil hardness test according to Elekom standards.
• Glass replacement 365 day warranty included.
• If the corners of the film are "chipped," "cracked" or "cracked" when using this product, you can request a replacement within one year of purchase.
• * For details, please check the QR code on the included instruction manual or package or here ( https://www.elecom.co.jp/support/cellphone/glass_film/ ).
• * The 365 day glass replacement warranty requires the film itself, the product package, the application form included in the package, and a certificate confirming the date of purchase (receipt, etc.).
• A self-adsorbing type that can be applied without using adhesive or double-sided tape by coating the surface with silicon film.
• Easy to paste and can be re-pasted.
• This is an airless type that uses a special adsorption layer that reduces the appearance of air bubbles over time.
• Fingerprint and sebum stain are hard to stick, and even if they remain, they can be easily wiped off.
• 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.
• 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.
• The special shatterproof design ensures high safety by preventing glass fragments from scattering in the event of breakage.