Premium chemically-engineered German glass. 2x Stronger for Drop Protection. Increased edge strength for improved durability.
Improved flexibility. 50% more resistant to wear and tear. The glass contains an antimicrobial agent to protect the screen protector from microbial growth.
Easy Align tray for simple, precise, bubble-free application. This double ion-exchange glass screen protector made for iPhone delivers ultimate durability and resilience. The glass contains an antimicrobial agent to protect the product from microbial growth, without sacrificing touchscreen response or clarity..
Superior Screen Protection. UltraGlass with German-engineered technology delivers the next generation of screen protection for iPhone. UltraGlass is chemically strengthened by double ion-exchange for ultra-impact protection, minimizing the damage from drops and impact.
The glass contains an antimicrobial agent to protect the product from microbial growth, without sacrificing touchscreen response or clarity.. 2X Stronger Than Tempered Glass. UltraGlass is a first-of-its-kind glass and 2x stronger than Tempered Glass* delivering unmatched screen protection.
This double ion-exchange strengthened glass provides top-of-the-line protection to minimize the damage from impact and drops and is engineered for precision to deliver a native screen experience. An ultra-tough top layer of the screen protector is tested to provide the highest level of scratch protection available, keeping your screen safe from keys, coins, and everything else.. Protect Your Peace of Mind.
Everywhere we go, our phones collect microbes from our fingers, pockets, purses, or car seats. The glass contains an antimicrobial agent to protect the product from microbial growth that causes discoloration and degradation.. Chemically Strengthened Using Double Ion-Exchange.
UltraGlass is strengthened using a double ion-exchange process. The first ion exchange step allows for sodium ions to be exchanged for lithium ions into the deeper layers of the glass, increasing durability and preventing the surface cracks from penetrating the deeper layers.. In the second ion-exchange step, sodium ions from the shallow layers are switched out for larger potassium ions resulting in increased strength..