Protect Your Screen with Invisible Liquid Glass Technology

Liquid glass is an advanced molecular coating formulated using Silicon Dioxide (SiO2). It is suspended in a liquid formula. When wiped onto device screens, it fills the microscopic pores and valleys inherent in all glass surfaces, bonding with the screen to create an ultra-durable, highly-polished protective layer that is invisible to the human eye.

A single application of MobiShield Liquid Glass is engineered to bond deeply with the glass pores, providing enhanced scratch and impact resistance for up to 12 months. Over time, daily wear and buffing will slowly wear down the molecular layer, so we recommend re-applying once a year for optimal defensive strength.

Yes, MobiShield is 100% safe and compatible with all electronic devices featuring glass screens. This includes all brands of Smartphones, Tablets, Smartwatches, Laptops, Camera Lenses, and VR Headset displays. Since it is applied as a liquid wipe, it creates no stress on display circuits or oleophobic layers.

MobiShield is an excellent replacement for traditional tempered glass, offering scratch resistance, edge-to-edge coverage, bubble-free application, and perfect touch response without adding any thickness or cracking. For users seeking extreme drop protection, MobiShield can also be applied *underneath* a tempered glass sheet to create a dual-layer defensive shield.

Application is a simple 3-step process. First, clean the screen thoroughly with the alcohol prep pad and buff dry with the microfiber cloth. Second, wipe the screen evenly with the wet nano pad, ensuring full coverage. Third, let it dry for 5-10 minutes, then buff off any remaining white residue with the microfiber cloth. It is that simple!

Not at all! Because the protective layer is microscopic (nano-thin), it has zero effect on display touch sensitivity, response lag, or capacitive fingerprint scanners. In fact, many users report that the screen feels smoother and cleaner to swipe on after application due to the pore-filling gloss properties.