amFilm Ultra Glass Screen Protector for Samsung Galaxy Note 10 Plus, UV Gel Application, Compatible with UltraSonic FingerPrint Scanner for Galaxy Note 10 Plus(2019), Tempered Glass, 2 Pack
The Perfect Protector- Works with the ultrasonic fingerprint scanner and compromises nothing: No dot matrix, no sensitivity loss, no adhesive issues, no problem galaxy note 10 plus - UV gel Tempered glass screen protector
Features of amFilm Ultra Glass Screen Protector for Samsung Galaxy Note 10 Plus, UV Gel Application, Compatible with UltraSonic FingerPrint Scanner for Galaxy Note 10 Plus(2019), Tempered Glass, 2 Pack
Proudly presenting amFilm Ultra: The Perfect glass Screen Protector for the galaxy Note 10 Plus Unlike any alternative on the market, this protector will work fully with the Ultrasonic Fingerprint Scanner Simply re-scan your fingerprint AFTER application (Please note - the four dots around the scanner ARE supposed to be there They are part of the solution to allow the fingerprint scanner to work) This package comes with all components needed to get a perfect installation, including a detailed application manual, as well as an installation video (available on this webpage) This protector covers the rounded edges of the Note 10 Plus with a highly transparent glass with no dot matrix or other impediments of previous Screen Protector iterations Lastly, we offer round-the-clock customer support for all of our products If you encounter any issues during or after the application, just send us an email and well be more than happy to assist you
Specification of amFilm Ultra Glass Screen Protector for Samsung Galaxy Note 10 Plus, UV Gel Application, Compatible with UltraSonic FingerPrint Scanner for Galaxy Note 10 Plus(2019), Tempered Glass, 2 Pack
Product Details |
---|
Dimensions | 6.7X3.94X0.5 |
Weight | 0.6 |
![Warning](https://electroeshop.com/image/catalog/warning65.png)
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.