Earthquakes are one of the large and medium-sized natural disasters that are the most lethal to big cities and cannot be reasonably prevented from beginning to end. How to deal with earthquakes? How to make engineering buildings safer in disasters?

The material of the stainless steel plate is well-proportioned, and the compressive strength is easy to ensure, so the stability of the structure is large. Its ductility is good, so that the structure has a large deformation capacity, and it will not collapse even under a large deformation, thereby ensuring the safety factor of the structure.

The seismic grade efficiency of steel structure buildings can be analyzed for you from the structural compressive strength, own weight, ductility and other factors.

First of all, as the "frame" of a steel structure building, the compressive strength of the stainless steel plate is much higher than that of the concrete, and the hardness of the steel structure raw material is about 3.2 times the density of the concrete. Under the same scale of operation, the steel structure itself has Lighter weight, the use of steel structure for multi-storey buildings can reduce the net weight of the structure by about one-third, and bear less ground vibration energy when it is seismically effective. In addition, the stainless steel plate has good plasticity, can absorb and consume the kinetic energy entered by the earthquake according to the deformation, and is not easy to collapse under relatively large deformation, and has a high ability to resist obvious earthquakes, so as to gain time for escape.

Besides high seismic performance, steel structure buildings also have broad market prospects and obvious sustainability. Under the premise of the current process, steel structure building is a building category with good seismic performance. According to scientific research, seismic waves can be divided into three types: transverse waves, longitudinal waves, and transverse waves. Under the traditional handicraft standard, houses with brick-concrete structure usually cannot survive an obvious earthquake. In comparison, steel structure buildings have more obvious living advantages.