As a new building form with membrane material as the shell and internal air pressure to maintain its form, the sound insulation and thermal insulation performance of air film building directly determine the comfort and energy efficiency of use. In response to these two core problems, the industry has formed a complete set of solutions through material innovation, structural design and system optimization, which are analyzed from the technical level as follows:

An air-supported structure is a type of building that uses high-strength flexible membrane material as its exterior shell and achieves spatial support by continuously maintaining positive internal air pressure. Compared with traditional buildings that rely on reinforced concrete or steel structures for load-bearing, its core advantage lies in its high adaptability to space, time, and scenarios. This 'flexible' characteristic makes it stand out in various settings such as emergency relief, sports and entertainment, and storage and exhibitions. The following analyzes the flexibility advantages of air-supported structures from five dimensions:

In recent years, air-supported membrane buildings have gradually become a new choice for organizers in the field of large-scale events due to their unique structural advantages. From concerts and exhibitions to temporary sports events, air-supported membrane buildings adapt to the diverse needs of large-scale events with their flexibility and environmental friendliness. The following analyzes their adaptability from core dimensions: