Manufacturing technology for glass panel of electronic products

Abstract

A disclosed manufacturing technology for a glass panel of electronic products comprises the following steps: 1) performing patterning transferring, specifically printing an anticorrosive membrane resisting corrosion of hydrofluoric acid on an A surface and pre-drying, printing an anticorrosive membrane on B surface and completely drying; 2) performing chemical etching forming; 3) engraving glass edges and hole interiors; 4) performing secondary strengthening; 5) employing a sodium hydroxide solution to remove the anticorrosion membranes; 6) detecting appearance; and 7) packaging and delivering. The manufacturing technology for the glass panel of the electronic products can help to perform various model manufacturing on glass on the basis without destroy the glass strength and guarantee the precision, and also the production efficiency is effectively improved. The beneficial effects comprise that the technology substantially reduces the production process, substantially improves the production efficiency and the yield, substantially reduces the production cost and improves the processing precision, improves the chemical-strengthening strength and the bending strength of the glass, effectively prevents ITO lines and silkscreen patterns from being damaged.

Description

[0001] technical field [0002] The invention relates to a processing technology of a glass product, in particular to a technology for manufacturing a glass panel of an electronic product. Background technique [0003] With the improvement of technology and living standards, more and more smart phones, PDA (Personal Digital Assistant), notebook computers, car navigation systems, MP4, netbook (Net Book), such as i-Pad, i-watch and other electronic products into people's daily life. [0004] For the convenience of portability, people put forward requirements for lightness, thinness and miniaturization of these electronic products, so most of the designs of these products adopt small flat display (Flat Display). These flat-panel displays are small in size and require high precision, which is difficult in processing technology. In order to make the display products more beautiful, have a longer service life and higher light transmittance, glass products are now generally used a...

AI Technical Summary

Problems solved by technology

[0014] ①. Poor etching accuracy (200-300 microns);

[0015] ②. The etched surface is rough and needs to be engraved, and edge collapse or surface collapse also occurs during engraving;

[0016] ③. Etching speed is slower;

However, at present, this technology faces problems such as the process selection of the induction circuit, the maintenance of strength and quality stability when it is also used as the surface glass, and the adjustment of the control chip.