Conductive glass cleaning device and method

Abstract

The invention provides a conductive glass cleaning device which is applied to the technical field of conductive glass treatment and further relates to a conductive glass cleaning method. An air bag (3) is arranged between a washing component (1) and an air knife drying component (2) of the conductive glass cleaning deice, one end of a compressed air inlet pipe (5) of the air bag (3) communicates with a pressure air pump (7), and the other end of the compressed air inlet pipe (5) communicates with one end of a cavity (4). The other end of the cavity (4) communicates with one end of a compressedair outlet pipe (6), the other end of the compressed air outlet pipe (6) communicates with the air knife drying component (2), and a heating component (8) is further arranged in the cavity (4). According to the conductive glass cleaning device and method, a glass substrate can be cleaned conveniently and fast, water left after the glass substrate is cleaned can be blown dry fast, and it is ensured that the film coating quality achieved after cleaning is effectively improved.

Description

technical field [0001] The invention belongs to the technical field of conductive glass processing, and more specifically relates to a conductive glass cleaning device, and also relates to a conductive glass cleaning method for processing conductive glass. Background technique [0002] Today, as touch terminal devices in the market are increasingly pursuing lightness and thinness, customers have higher and higher requirements for conductive glass for touch terminals. Lighter and thinner is the development trend of touch screens. (Sensor) The thickness of conductive glass mainly used in the Sensor market is 0.7mm and 0.4mm, which can no longer meet customer needs. Therefore, the market requires the use of 0.2mm or thinner glass substrates to make conductive glass, which requires the development of 0.2mm glass substrates. Coating technology of conductive glass. According to the current sensor technology structure, the production of 0.2mm or even thinner glass substrates can m...

AI Technical Summary

Problems solved by technology

(Sensor) The thickness of conductive glass mainly used in the Sensor market is 0.7mm and 0.4mm, which can no longer meet customer needs. Therefore, the market requires the use of 0.2mm or thinner glass substrates to make conductive glass, which requires the development of 0.2mm glass substrates. Coating Technology of Conductive Glass

According to the current sensor technology structure, the production of 0.2mm or even thinner glass substrates can meet the requirements in terms of technology, mainly in terms of breakthroughs in the 0.2mm cleaning process and the technical difficulty of easily damaged coatings, which restricts the overall Enhanced performance of conductive glass

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