3mk HardGlass Max Privacy™ Tempered Glass Screen Protector for Apple iPhone 13/13 Pro/14

HardGlass Max Privacy - Tempered glass for full screen protection

Privacy protection - blurs and darkens the image at an angle of 30°

Privacy protection - blurs and darkens the image at an angle of 30°

Easy installation - thanks to the included accessories and instructions

Keep the content to yourself

HardGlass Max Privacy is a new generation of tempered glass for end-to-end privacy protection. It precisely covers the entire curved screen, protecting the content displayed on it from the eyes of third parties. The glass fogs up and obscures visibility at an angle of 30 degrees. This allows you to safely send messages, check email and perform other activities on your phone in public places, such as sitting in a restaurant or on a train. The innovative Privacy-Blur technology is responsible for the uncompromising privacy properties of HardGlass Max Privacy tempered glass.

Get armored screen protection

Be calm about your smartphone screen. 3mk HardGlass Max Privacy tempered glass provides maximum surface protection against scratches from sharp objects such as keys. The hardness of the glass on the Wolf-Wilburn scale is a record 9H, and its thickness is 0.3 mm. The structure is reinforced with Anti-Crash foil. HardGlass Max Privacy has smoothed and curved edges using 3D Edge technology. Thanks to this, it precisely covers the rounded edges of the screens.

Put it on and forget you have glass

Easy and precise installation of HardGlass Max Privacy glass is provided by Inviscid-Sil adhesive. It prevents the formation of air bubbles, and if they do appear, it makes it easier to "push" them out. The installation of the tempered glass is further facilitated by the surface covering the edges. The oleophobic coating ensures perfect finger slippage, immediate touch screen response and trouble-free keeping the glass clean. You don't have to worry about color distortion. HardGlass Max Privacy tempered glass guarantees faithful reproduction of the displayed image.