Περιγραφή
3mk FlexibleGlass hybrid glass
Flexible protection that works with your screen
3MK FlexibleGlass is a modern hybrid glass designed for everyday smartphone use without compromise. By combining a flexible structure with increased durability, it effectively protects the screen from scratches while maintaining natural touch sensitivity.
The material adapts to the surface of the display, ensuring a perfect fit and an aesthetic appearance without the effect of a "rigid glass layer." Full transparency keeps colors vivid and the image sharp and clear in all conditions.
This is a solution for users who want to protect their screen without changing the character of their phone.
A lightweight shield for your screen
3MK FlexibleGlass hybrid protective glass features an extremely thin design that is virtually unnoticeable during everyday use. It provides an effective barrier against micro-damage caused by keys, coins, or daily handling.
The applied technology preserves high touch sensitivity, allowing the screen to respond smoothly and precisely, just like without additional protection. The flexible form minimizes the risk of cracking and makes installation easier, without air bubbles.
An ideal choice for those who value discreet yet effective protection.
Modern protection without compromise
3MK FlexibleGlass is the answer for users who expect more than a standard screen film. The hybrid construction combines the advantages of glass and flexible materials, offering solid protection while maintaining a slim device profile.
The surface of the glass is designed to preserve image quality and user comfort. The phone retains its original appearance while the screen is protected from everyday wear and tear.
A practical solution for those who want to protect their smartphone in a modern and nearly invisible way.
Technical specifications
Manufacturer
3MK
Model
FlexibleGlass
Compatibility
Oppo Reno 15 Pro Max 5G (CPH2811)
Type of protection
Hybrid glass (combination of glass and film)
Material
Flexible hybrid structure reinforced with ceramic coatings
Thickness
Approximately 0.3 mm
Damage resistance
Increased resistance to scratches and micro-damage
Technology
Antimicrobial coating with silver nanoparticles, Inviscid-Sil(TM) adhesive, laser production technology
