(1) Large Span. Membrane structures are lightweight and possess excellent seismic performance, allowing for the elimination of internal supports. This overcomes the challenges traditionally faced in constructing large-span (unsupported) buildings. They can create vast unobstructed visual spaces, effectively increasing the usable area of the space.
(2) Artistry. Membrane structures break through traditional architectural types, relying on the principles of form and color, and can integrate natural conditions to fully unleash the architect's imagination. They can create curves and various shapes that are difficult to achieve in traditional architecture, with rich colors and a sense of the times, reflecting the beauty of the structural components under stress. With the addition of lighting, they easily form night views, offering a modern aesthetic experience.
(3) Economical. The membrane material has a certain degree of light transmission, which can reduce lighting intensity and time during the day, saving energy; at night, the colorful lights can create a spectacular landscape. Moreover, the membrane structures are removable and easy to relocate, making them particularly cost-effective for constructing large-span buildings with short-term applications.
(4) Safety. The flame-retardant and high-temperature-resistant properties of the membrane material meet fire prevention requirements well; the membrane structure is flexible and can withstand significant displacement without collapsing; the lightweight nature of the membrane structure also offers good seismic performance.
(5) Self-cleaning. The membrane materials used in the protective coated membrane structures are inherently non-sticky, allowing dust on the surface to be naturally washed off by rain for excellent self-cleaning performance, while ensuring the longevity of the building.
(6) Short construction period. The cutting of film sheets, manufacturing of steel cables and steel structures, etc., are all completed in the factory, reducing on-site construction time. This allows for simultaneous work with lower concrete and steel structures or components, avoiding construction overlaps. On-site work primarily involves the connection, installation, and tensioning of steel cables, steel structures, and film sheets. Consequently, the on-site construction and installation process is quick and efficient, resulting in a shorter construction period compared to traditional civil engineering projects.
(7) Broad Applicability. From a climatic perspective, membrane structure buildings are suitable for a wide range of regions; in terms of scale, they can range from individual tents and garden decorations to large structures covering tens or even hundreds of thousands of square meters. Some have even envisioned covering a small town to create an artificial nature.