Hollow glass processing method

Abstract

The invention provides a hollow glass processing method. The method comprises the following steps of cutting, edging and toughening coated glass and white glass according to the required size, coating the upper and lower positions of the outer surface of a conductive coated layer of the coated glass with conductive silver paste tapes, coating the periphery of the outer side of the outer surface of the conductive coated layer of the coated glass with inner side heat insulation flexible glue with a certain thickness, pressing the coated glass and the white glass, forming a hollow glass cavity between the coated glass and the white glass, filling and coating the hollow glass cavity in the outer side of the inner side heat insulation flexible glue with outer side supporting flexible glue, realizing further combination of the coated glass and the white glass, and completely covering the conductive silver paste tapes and a power line with the outer side supporting flexible glue; and curing the coated glass and the white glass which are filled and coated with the outer side supporting flexible glue to form the hollow glass. The method disclosed by the invention can be widely applied to hollow glass processing, and is particularly suitable for processing a hollow glass door commonly used in a refrigerated cabinet.

Description

technical field [0001] The invention relates to a hollow glass, in particular to a hollow glass processing method. Background technique [0002] With the development of society, as well as the development of the construction industry, electronics industry, and home appliance industry, there is an increasing demand for insulating glass, especially high-quality insulating glass is becoming more and more popular among consumers, including those used in the construction industry. The quality requirements of insulating glass and insulating glass used in the home appliance industry are getting higher and higher. [0003] In order to achieve its beautiful and transparent effect, traditional refrigeration display cabinets often use glass doors. There are mainly three types of hollow glass doors commonly used in refrigerators in the existing market, as follows: [0004] One is the metal hollow strip type hollow glass door with double-layer ordinary glass. Due to the temperature diff...

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Problems solved by technology

[0007] The present invention is aimed at the demand for high-quality insulating glass in the construction industry, the electronics industry, and the home appliance industry, and the above three commonly used insulating glass doors are prone to condensation or frost, and the sealing performance of the insulating glass door is poor. The inert gas is kept for a long time, and the energy-saving effect of the glass door is poor, which eventually leads to the technical problem of high energy consumption of the product. To provide a high-quality processing method for insulating glass and a processing method for the insulating glass door of the refrigerator and the insulating glass door of the refrigerator. The hollow glass and the hollow glass door of the refrigerated cabinet processed by the method can prevent the hollow glass from dew and frost, have good airtightness, long service life, transparent and beautiful glass door, good user experience, and can effectively block the heat exchange between the inside and outside of the cabinet. transfer, reduce energy consumption, and save more energy; the processing method of the insulating glass and the processing method of the insulating glass door of the refrigerator are simple and reliable, and the process stability is high

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