A method for processing wavy curved insulating glass

Abstract

The invention discloses a method for processing a wave-curved hollow glass, which is characterized in that the hollow glass is a kind of glass in which two pieces of wave-curved laminated glass are hollowed out. The curved laminated glass is deformed and laminated separately, and then a flexible warm edge strip is placed in the middle for hollow process synthesis. The present invention adopts a movable and detachable mold to apply force to deform the glass, which can effectively form the glass in a uniform manner, and the forming effect is good. Multiple pieces of glass are deformed at the same time, and ultra-clear glass A2 is set in the middle of the deformation. After forming, two pieces of glass are formed. The degree of fit between the curved glass laminates is exactly the same, and the hardness is increased to improve the quality of the laminates. The lamination method has a high rate of good products, high product quality, simple process, and practicality. It can realize one-piece large-area, thick glass, and seamless wave-curved laminated insulating glass to achieve energy-saving, environmental protection, safety, and The production process can realize automatic processing.

Description

technical field [0001] The invention relates to the technical field of glass processing, in particular to a processing method for wave-curved hollow glass. Background technique [0002] Glass is an indispensable building material for glass buildings. It is used in curtain walls, background walls, partitions, doors and windows, etc. to achieve good light transmission and decoration. [0003] Insulating glass has the functions of heat insulation and sound insulation. The general structure is glass + partition + glass, with molecular sieve desiccant in the middle, and aluminum strips around the outside to seal. [0004] According to the needs of different places, glass needs to show various changes in shape, especially for large-scale buildings such as building exteriors, interior displays, and aquariums. Generally, large plates of glass and high-thickness glass are used for deformation and reconstruction. Carry out hollow processing to achieve shape changes while achieving so...

AI Technical Summary

Problems solved by technology

[0004] According to the needs of different places, glass needs to show various changes in shape, especially for large-scale buildings such as building exteriors, interior displays, and aquariums. Generally, large plates of glass and high-thickness glass are used for deformation and reconstruction. Carry out hollow processing to achieve shape changes while achieving sound insulation, heat insulation, and compression resistance. Due to the high requirements for deformation and shape, it is necessary to hollow out large plates of curved glass, or to laminate and then hollow the curved glass with a larger thickness. , due to the large area, thick glass, and large deformation of the glass, it further increases the difficulty of hollow processing and ensures safety and quality. The processing technology is complicated, resulting in an extremely low yield rate

[0005] In addition, most of the curved glass in the current market is only a single curved glass, with multiple curved shapes (such as continuous waves and multiple curved shapes), and most of them are realized by splicing (there are seams, and additional processing is required). ), affecting the overall decoration effect and increasing the installation work

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