"Safety" is a topic that people can not get around in the clothing, food, housing and transportation, and is also a topic of high attention in the field of air membrane structure. Is air inflated membrane building safe? I believe that many people have this question in their hearts, Xinyuan Yijia membrane structure will answer this question for you from multiple angles.

1.Construction safety

The safety of the air membrane building is first shown in its construction process. There are more high-altitude operations in traditional structural buildings, the construction environment is relatively complex, and the construction period is long. If the security measures are not in place, security risks will emerge in endlessly. however, the air membrane structure is a prefabricated building, the main body of the building is convenient to install, the construction process is less high-altitude work, the construction period is short, and the installation work can be completed in only about one week, and the working environment is relatively simple and safe.

2. Quality safety

Beijing Xinyuan Yijia Membrane Structure Technology Co., Ltd. has strict membrane material inspection procedures and engineering acceptance procedures to ensure that the delivered gas membrane projects have high standards and high quality.

The tensile strength of qualified membrane material is comparable to that of steel plate in traditional construction. Part of the air membrane is attached with a cable net, which can enhance the ability of the air membrane building to withstand extreme weather such as typhoons, rainstorms, and strong snowfall. The intelligent control system of the air membrane structure can automatically deal with a series of sudden situations such as fan failure and power failure, so as to ensure that the air membrane runs in a safe state.

3. Use safety

The air membrane structure material is the B1 fire retardant standard. According to the size and use of the air membrane structure area, each air membrane structure should be equipped with a corresponding number of emergency exits and fire fighting facilities.

When external factors or fire caused a large area of damage to the air membrane, because the air membrane received upward force, it will not collapse quickly, which gives people enough time to evacuate. Moreover, there are no bending and pressurized components inside the air membrane, which is not easy to cause secondary damage to people in the process of crowd evacuation.

When traditional buildings reach a certain level of use, they will become dangerous houses, which may pose a huge security threat to people inside and outside the buildings. However, if the air membrane building reaches its service life, it will only separate the outer layer on the surface of the air membrane, and it will not bring danger to the people outside the air membrane, and the people inside have enough time to evacuate.