Environmental protection and energy conservation: membrane structure Membrane materials are non-toxic and harmless from production to processing, with long service life, no impact on the environment, high degree of automation, and light weight. Therefore, the material consumption of foundation construction and support system will be greatly reduced. Membrane materials have good light transmittance. In the daytime, they rely on natural light to meet indoor lighting, greatly reducing the operating time of lighting facilities, The power consumption is reduced, and the brightness depends on the diffuse reflection of light. It will make people feel very soft. Membrane materials, the main materials in membrane structure buildings, can now be recycled to further save building materials.

  Good mechanical properties: membrane structures usually rely on the natural tension formed by membrane materials, steel cables and struts to form their shapes. This is a very natural structure. Membrane material is light in weight and high in strength (The strength of building membrane material is 250-300 times that of ordinary glass, 20-30 times that of acrylic plate, and 2 times that of tempered glass). There is almost no risk of breakage. Combined with high-strength steel cables, struts can ensure the stability of the whole structure. Especially when applied to long-span buildings, it can reduce the use of beams and columns, ensure the internal space of the building, increase the effective use area, and allow flexible use of building space.

Fire and seismic resistance: the membrane materials used for membrane structures are synthetic materials, most of which have excellent flame retardancy, will not melt or produce toxic gases at high temperatures, and can well meet the fire protection requirements. The membrane structure has light deadweight, flexible structure support, large flexibility, can offset strong lateral loads, and has excellent seismic performance.

  Self cleaning capability Nowadays, many membrane materials usually have antifouling coatings on their surfaces. During use, they can keep themselves clean through natural wind and rain. This not only greatly reduces the cleaning and maintenance times of the surface of the building membrane material, but also ensures the beauty and light transmittance of the membrane material.

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