Protective Glass Privacy 5D Anti-Static 450AB for iPhone 17 Pro Max

Protective Glass Privacy 5D Anti-Static 450AB — discretion and screen protection for iPhone 17 Pro Max

Privacy glass solves the problem that regular glass doesn't — no one can read your messages, emails, or banking app over your shoulder. The filter in the glass narrows the viewing angle, making the screen visible only to you when looking straight at the phone, while a person sitting next to you or in line behind you sees a dark surface.

In addition, it performs the job of classic protection. The 5D full-cover design means the glass covers the entire front side and the black frame follows the screen edges, leaving no bare edge that can be damaged first in case of a fall. The silicone adhesive all over the surface keeps the glass evenly glued — no bubbles that spread from the center over time, and the touch remains precise because there's no empty space between your finger and the screen.

The ESD anti-static layer is a detail that is felt only during installation: the glass does not attract dust while you're aligning it, making it much easier to put it on the first try. It's intended for iPhone 17 Pro Max owners who use their phone in the office, public transport, and on the go, where screen discretion is just as important as durability.

Key Features

• Privacy filter: the screen remains clear only to the person looking straight at the phone, while it appears dark from the side angles.
• ESD anti-static layer: prevents the accumulation of static electricity and dust during gluing, making installation easier and cleaner.
• 5D full-cover design: the glass covers the entire front side of the phone with a black frame around the edges, with no bare edge that can be damaged first.
• Silicone adhesive all over the surface: even gluing without bubbles, precise touch, and long-lasting adhesion.
• Smooth surface: pleasant to the touch, without leaving fingerprints in the middle of the screen.
• Factory-cut holes for headphones and sensors: precise alignment and uninterrupted operation of the front sensors.