Glass Windows and Doors Curtain Wall

Every summer in the northern hemisphere, we often encounter the problem of "local space overheating" in glass curtain wall buildings, especially in recent years. What are the typical scenarios of "local space overheating" indoors, why does this problem occur, and how to solve it? This article will focus on the reasons for the phenomenon of "space overheating" at the top of the glass lighting in glass curtain wall buildings, and how to solve this problem.

This article demonstrate through data analysis the effectiveness of thermal insulation of glass curtain wall profiles in hot climates and the importance of using warm edges for insulating glass. Combined with the consideration of the thermal insulation function of glass curtain wall buildings, it provides a reference for glass deep processing practitioners on the processing methods and application selection of insulating glass spacers in the middle and high latitudes of the northern hemisphere.

To meet this design requirement, the wooden profiles of passive aluminum-clad wood doors and windows are mainly solved through various structural methods such as increasing the thickness of the wood, laminating the wood and insulation composite materials, elastic links between the wood and the insulation composite materials, or cavity design.

LIJIANG Glass was communicated and discussed with glass manufacturers, design companies, and curtain wall construction companies, and reviewed relevant information and literature. It is not only the glass itself that affects the smoothness of the appearance of glass, but also factors such as design, installation, ambient light, and shadow. The following analysis may provide some references.