Membrane structure landscape Because membrane structure works are mostly used in some large buildings such as stadiums, when membrane structures are selected to make closed buildings, the single-layer membrane materials used have the same thermal insulation as brick walls, and are better than glass. The interior of the same building can also adopt various methods to improve the internal temperature like other buildings. For example, if a thermal insulation layer is added, the lining material has the characteristics of thermal insulation, non condensation and light transmittance.

The tensile film material also has very good flame retardancy and high and low temperature resistance, and can withstand temperature changes between - 73 ℃ and 232 ℃. The optical refractive index of the surface of the tensile film material can reach more than 70, and the transmittance is 25. Therefore, membrane structure buildings do not need artificial lighting to maintain in the daytime. And the sunlight directly from the roof provides living conditions for plants, which can be considered as the ecological environment of indoor invention.

Literally, Membrane structure sunshade It refers to the film structure sunshade made to protect the weather from sunlight. The planning of the film structure sunshade combines many aspects of the planning elements, and the planning has many functions. For example, the planning technology of the film structure shed makes the film structure sunshade more novel. So, what are the technical advantages of the membrane sunshade? Please follow the membrane structure of Marriott Hotel. Planning advantages: In terms of appearance and practicability, the planning method used to plan the membrane structure of the membrane structure sunshade is often advantageous. There is an additional "form finding" process in the structural planning of membrane structure buildings. It must first confirm several shapes under the initial load, that is, the structural system can reach a balanced position under the component of the diaphragm and the prestress of the cable and cable parts. In the preliminary planning stage, it is necessary to first confirm several shapes of the building, and then apply prestress to make the membrane surface in tension and change its shape accordingly. After continuous adjustment of prestress, we finally achieved several required shapes.

(All the above content comes from the network. If you have any questions, please contact me to delete it)