The use of anti-seismic brackets is not only to reduce the possibility of damage to buildings during typhoon, but also to reduce the stability of
buildings when earthquakes occur. This special shock absorber bracket can be used not only in the power industry, but also in the
construction process of buildings.
Building may occur wall fracture, foundation displacement and other phenomena in earthquakes, and secondary damage may occur in
secondary earthquakes, including aftershocks. The use of seismic materials can effectively solve such problems. In many areas, buildings
using this material are more stable in earthquakes.
For low-rise buildings, the use of seismic materials can basically ensure that buildings do not damage in the earthquake, and in the aftershock,
can also ensure absolute stability. This has a very high test for the selection and use of construction technology and seismic materials, which is
not allowed to be sloppy.
The use of anti-seismic brackets in buildings with higher floors can reduce the damage of buildings. The structure of high-rise buildings is
complex and special. Although the use of professional seismic materials can reduce damage, it can not guarantee 100% intact and undamaged.
Therefore, after the earthquake, people should be evacuated as soon as possible to avoid the collapse of buildings when the aftershock comes.
At present, the commonly used anti-seismic brackets in the construction industry are basically made of imported steel, which have strong compressive
capacity, and have been tested repeatedly before leaving the factory to ensure that they can withstand earthquake damage. Moreover, in the process of
using these materials, it is also necessary to use special materials for welding, in order to ensure that the overall structure has sufficient stability.