Description
<B>Super-flexible hybrid glass by Bestsuit, which covers the entire surface of the screen with edges. The glass is hardened in the Hot Bending technology, to a much more perfect reproduction of the image. Great operation with a fingerprint reader.</B>
The unique combination of 0.38 mm thick tempered glass and PET film makes the glass both hard and flexible – <B>it can be bent up to 180 degrees</B>! Thanks to this flexibility, the edges of the glass do not deteriorate and do not break, extending its life.
The glass was produced in <B>Hot Bending</B> technology – the curves of the glass are hot formed, thanks to which the glass <B> is even more perfect in reproducing the image</B> and reduces any distortions. The edges of the glass are rounded, which guarantees safe use. The glass <B>does not thicken the phone</B> and make the phone perfect for every cases and holsters.
<B>Great operation with a fingerprint reader</B> in models such as e.g. Samsung S23, S21, Note 10, Note 23 makes the use of the glass even more comfortable and convenient.
The <B>Full Glue feature</B>, i.e. glue on the entire surface, ensures perfect adhesion. <B>High transparency</B> ensures perfect clarity of the image, and the <B>oleophobic coating</B> prevents fingerprints.
The glass comes with the elements necessary for self-assembly, including an <B>adapter</B>. After application, no air bubbles remain under the glass, and no dust and dirt accumulate. When removed, the glass leaves no traces on the screen.
<B> Properties </B>:
Glue: On the entire surface
Screen coverage: covers the entire screen including the curvature of the display
Material: Hybrid of tempered glass and PET film
Thickness: 0.38 mm
Appearance: available with a black
Oleophobic coating: yes
Hot bending technology, Perfect image reproduction, Great operation with a fingerprint reader
<B>In set</B>:
– tempered glass
– wet cloth
– a dry cloth
– anti-dust stickers
– spatula smoothing the surface of the glass
– cloth with a Nano Coating layer
– adapter for easy glass installation
