#Membrane structure curtain wall#

The membrane curtain wall system is a new generation of building curtain wall products with membrane structure materials as panels and aluminum alloy profiles as supporting frames. The membrane curtain wall system can be divided into three types according to the structural appearance: hidden frame membrane curtain wall, exposed frame membrane curtain wall and Mingyin combined membrane curtain wall;

According to the structural characteristics of the membrane material, it can be divided into three types: single-layer membrane curtain wall, inflatable membrane curtain wall and composite membrane curtain wall.

The membrane curtain wall system can be used as the outer protective structure of various buildings. With its superior lighting performance, building appearance, and safety performance, it is more suitable for schools, hospitals, nursing homes and other buildings where glass curtain walls are prohibited.

Self weight is small: the membrane material is usually 300～1200g/㎡;

High safety performance: The membrane base fabric is composed of high-strength polyester fiber or glass fiber, even if it is damaged, it will not produce dangerous fragments;

The monomer area is large: the membrane material can be made into a single unit with a size of nearly 1,000 square meters through welding, which can meet the requirements of the building curtain wall as a giant screen, advertising and other functions; 　　

Good light transmittance: select membrane materials with different light transmittances to adjust the light effect of the building, permanently fix the sunshade, and improve the comfort of the building;

Good durability: the membrane material has anti-ultraviolet, anti-mildew and other properties, and the service life is up to 30 years;

Good self-cleaning performance: the surface of the membrane panel can be self-cleaned after being washed by rain water, which can effectively reduce the maintenance cost of the curtain wall;

The film is rich in color: the shape is changeable, and different architectural effects can be realized.