Membrane structure landscape Polycarbonate materials resistant to high strength impact are selected, and the strength is about 200 times that of glass. The original materials are imported from Germany and processed in China. Through the double side co extrusion process, ultraviolet protection materials (UV) are added, which can effectively cover more than 98 ultraviolet rays, protect the car surface paint, and more effectively control the continuous rise of the temperature in the car (under direct sunlight, the temperature in the car can reach more than 60 ℃, and after the device, it can be reduced to about 40 ℃). At the same time, it also has flame retardancy, and can be used normally for more than 30 years under the environment of - 30 ℃ to 60 ℃ (137 ℃ shows thermal deformation). The tarpaulin of the sunlight board shed is made of sunlight board, which has the characteristics of high transparency, light weight, impact resistance, sound insulation, heat insulation, flame resistance, aging resistance, etc. It is a high-tech, inductive, energy-saving and environment-friendly plastic sheet, and is now widely used in the world for plastic construction, There are incomparable advantages of other building decoration materials (such as glass, plexiglass, etc.).

Membrane structure sunshade , literally, it refers to the membrane structure ceiling made to protect against wind and rain and sunlight. The current sunshade has incorporated many planning elements into the planning, and the functions of the planning are also various. For example, the planning skills of the membrane structure awning make the membrane structure sunshade more innovative. What are the advantages and characteristics of the membrane structure awning in terms of skills?

Advantages of membrane structure sunshade planning The planning method of membrane structure is very advantageous in both appearance and practicality. Membrane structure building has a more "form finding" process in structural planning. It needs to first determine several shapes under the initial load, that is, a position where the structural system can reach equilibrium under the self weight of the membrane and the prestress of cables and cable components. At the beginning of the planning stage, it is necessary to recognize several shapes of the building, and then apply prestress to make the membrane surface bear tension, so that its shape can be changed accordingly. Under the operation of constantly adjusting the prestress, we can finally achieve several shapes we need.

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