eSTUFF ES560160 Προστασία οθόνης/πίσω όψης κινητού Διαφανής προστασία οθόνης Apple 1 τεμ.

The eSTUFF ES560160 is a clear tempered glass screen protector designed for the iPhone 14 Pro. It covers the flat part of the display, preserves the original touch sensitivity and color reproduction, and includes a paper installation tray and cleaning kit for accurate fitting. The tray and outer box are recyclable as cardboard.

Advantages

This tempered glass protector is case-friendly and offers strong resistance to scratches, chips and cracks. It is up to nine times stronger than ordinary glass and features an anti-shatter film that keeps glass fragments in place if the protector breaks. The protector is transparent to maintain display clarity and natural touch response while absorbing impact to reduce the risk of damage to the device screen.

Suitable for

• iPhone 14 Pro users who want protection for the flat part of the screen
• Everyday protection against scratches and minor impacts
• Users who prefer a clear, glossy finish with preserved touch sensitivity

Key specifications

• Model: eSTUFF ES560160
• Compatibility: iPhone 14 Pro
• Material: Tempered glass with anti-shatter film
• Coverage: Flat part of the screen (case friendly)
• Colour: Transparent
• Includes: Paper installation tray, cleaning kit
• MPN: ES560160
• EAN: 5704174893103

How to use

Clean the screen thoroughly using the included cleaning kit. Position the protector using the paper installation tray for accurate alignment over the flat part of the iPhone 14 Pro screen. Peel off the protective layer and place the tempered glass gently onto the display. Press from center outward to remove air bubbles and ensure full adhesion. If necessary, lift and realign immediately before the adhesive sets.

Recommendations

Keep the installation tray and outer box for transport or recycling; dispose of the protector and packaging according to local recycling and waste regulations. The protector is designed to absorb impact but is not guaranteed to prevent all damage under extreme force.