Gilded glass screen protector
A glass screen protector and methods of manufacturing thereof. In example embodiments, the glass screen protector adheres to an electronic device screen to provide protection thereto. In example forms, the glass screen protector includes a generally rectangular glass sheet and at least one pattern formed from non-conductive vacuum metallization.
1. A method of manufacturing a glass screen protector for application to a screen of an electronic device, the method comprising:
providing a sheet of soda-lime glass;
cutting one or more openings in the sheet of soda-lime glass to provide one or more individual pieces of soda-lime glass, the one or more individual pieces of soda-lime glass comprising a front side surface and a rear side surface;
forming one or more cutouts or openings in the one or more individual pieces of soda-lime glass;
tempering the one or more individual pieces of soda-lime glass;
cleaning the one or more individual pieces of soda-lime glass in an ultrasonic wash bath;
applying a non-conductive vacuum metallization layer to the rear side surface of the one or more individual pieces of soda-lime glass;
applying a masking paint pattern to the rear side surface of the one or more individual pieces of soda-lime glass;
placing the one or more individual pieces of soda-lime glass in a chemical reagent bath, the chemical reagent bath removing the non-conductive vacuum metallization layer from the rear side surface of the one or more individual pieces of soda-lime glass except where the masking paint pattern was applied; and
placing the one or more individual pieces of soda-lime glass in a solvent wash, the solvent wash removing the masking paint pattern to expose the non-conductive vacuum metallization layer on the rear side surface, the non-conductive vacuum metallization layer comprising the same pattern as the masking paint pattern.
2. The method of claim 1 , further comprising applying indicia to the front side surface of the one or more individual pieces of soda-lime glass.
3. The method of claim 1 , further comprising applying an optically clear adhesive layer on the rear side surface.
4. The method of claim 3 , further comprising applying a protective sheet on the front and rear side surfaces.
5. The method of claim 4 , wherein the protective sheet is formed from plastic.
6. The method of claim 5 , wherein the protective sheet is removable by the end user during installation thereof.
7. The method of claim 1 , further comprising applying an oleophobic layer to the one or more individual pieces of soda-lime glass.
8. A method of manufacturing a glass screen protector for application to a screen of an electronic device, the method comprising:
providing a sheet of soda-lime glass;
cutting one or more openings in the sheet of soda-lime glass to provide one or more individual pieces of soda-lime glass, the one or more individual pieces of soda-lime glass comprising a front side surface and a rear side surface;
forming one or more cutouts or openings in the one or more individual pieces soda-lime glass;
tempering the one or more individual pieces soda-lime glass;
cleaning the one or more individual pieces soda-lime glass in an ultrasonic wash bath;
applying an oleophobic layer to the one or more individual pieces soda-lime glass;
applying one or more individual pieces of masking tape with a die-cut pattern to the rear side surface of the one or more individual pieces soda-lime glass;
applying a non-conductive vacuum metallization layer to the rear side surface of the one or more individual pieces soda-lime glass;
removing the masking tape to leave a non-conductive vacuum metallization layer on the rear side surface, the non-conductive vacuum metallization layer comprising the same pattern as the masking tape die-cut pattern.
9. A method of manufacturing a glass screen protector for application to a screen of an electronic device, the method comprising:
providing one or more individual pieces of glass comprising a front side surface and a rear side surface;
forming one or more cutouts or openings in the one or more individual pieces of glass;
tempering the one or more individual pieces of glass;
cleaning the one or more individual pieces of glass in an ultrasonic wash bath;
applying a non-conductive vacuum metallization layer to the rear side surface of the one or more individual pieces of glass;
applying a masking paint pattern to the rear side surface of the one or more individual pieces of glass;
placing the one or more individual pieces of glass in a chemical reagent bath, the chemical reagent bath removing the non-conductive vacuum metallization layer from the rear side surface of the one or more individual pieces of glass except where the masking paint pattern was applied; and
placing the one or more individual pieces of glass in a solvent wash, the solvent wash removing the masking paint pattern to expose the non-conductive vacuum metallization layer on the rear side surface, the non-conductive vacuum metallization layer comprising the same pattern as the masking paint pattern.
10. The method of claim 9 , further comprising providing a sheet of glass.
11. The method of claim 10 , further comprising cutting out one or more individual pieces of glass from the sheet of glass, each individual piece of glass comprising a front side surface and a rear side surface.
12. The method of claim 9 , wherein the glass comprises soda-lime glass.
13. The method of claim 9 , further comprising applying an oleophobic layer to the one or more individual pieces glass.