During an earthquake, the collapse of houses is inevitable, which will cause huge economic losses. Now with the development of technology, when the current house encounters an earthquake with a small magnitude, at most the house will shake, but it will not collapse. Not only is the house built firmly, but also the seismic support equipment is used in it. . The anti-seismic support equipment is not worry-free after use, but also depends on whether the installation of the anti-seismic support equipment meets the standards.

1. The seismic support with guaranteed quality usually has high strength, but it must be reliably connected with the main body of the structure to achieve good results. Therefore, during installation, the position of the support should be determined according to the planned elevation of the supported object. line, and then confirm the specific position of each anti-seismic bracket according to the planned spacing, and then install it after confirmation.

2. If the seismic support needs to be installed under the column, then the construction method such as the embedded steel plate connection method or the embedded bolt method should be used to ensure that the seismic support can be installed or firmly installed under the column.

3. The size and type of the anti-seismic bracket to be installed should be consistent with the actual environment on site. The hole on the bracket should be drilled with a drilling machine instead of electric or gas welding. In addition, the hole diameter of the anti-vibration bracket should be one or two millimeters larger than the diameter of the bolts to be worn. If there are flash burrs on the anti-vibration bracket, they should be polished off in time, and the ends should be chamfered.

4. When welding is required, the welds on the anti-vibration support should be full and free of slag inclusions. Except for the parts buried in the base layer, they should be protected by brushing anti-rust paint in a timely manner.

Seismic support is a kind of components or installations that limit the displacement of auxiliary mechanical and electrical engineering moving steps, control the vibration of moving steps, and transfer the load to the load-bearing structure. The mechanical and electrical engineering actions of water supply and drainage, fire protection, heating, ventilation, air conditioning, gas, heat, electricity, communication, etc. of the structure after seismic reinforcement can reduce the casualties caused by the earthquake when it encounters an earthquake with seismic fortification intensity in the region. or property damage.

As a builder, you only need to purchase the seismic support forming machine for seismic support, and you can produce various specifications of seismic support section steel at high speed.