What is the difference between seismic and load-bearing brackets?

First of all, we have to figure out what the two are? Traditional load-bearing bracket can only withstand vertical loads, when the earthquake occurs lateral vibration amplitude is large, the surrounding facilities are easy to broken, and ultimately make the building mechanical and electrical engineering system suffered varying degrees of damage, thereby increasing the difficulty of maintenance, so it can be seen that the use of traditional load-bearing bracket does more harm than good. Look at the seismic stent, what is seismic stent? Simply put, seismic brace is to prevent the facility from displacement, effective control of facilities vibration, and load transfer to the bearing structure of all kinds of components or devices. It is a support system that is firmly attached to the building structure with seismic force as the main load. Once the building suffered to set the intensity of the earthquake, you can through the seismic support, the pipeline and equipment generated by the seismic force, transferred to the structural body, to achieve a small quake does not damage, the quake can be repaired, the quake does not fall of the seismic effect, greatly reducing the cost of seismic, and to achieve long-term safety seismic, safe seismic goal. The following Hebei one hundred to give you the traditional load-bearing bracket and seismic bracket has what specific differences.

1, the traditional load-bearing bracket system is to gravity as the main load supporting system (traditional gravity support hangers only bear the vertical load)

1)Lateral swing is large, damage to the surrounding facilities, and even fall off;

2)Horizontal seismic action of the lack of support structure;

2, seismic support hangers mainly bear the pipeline horizontal load

2, seismic support hangers are mainly bearing pipe horizontal load

1)The deployment of seismic hangers changes the dynamic characteristics of pipeline system from elasticity to rigidity, and the response under seismic action becomes significantly smaller;

2)Change the force of gravity hangers at the seismic hangers, which in turn changes the design, selection, stiffening, anchoring, etc.

3)Seismic hangers are divided into longitudinal and horizontal hangers, and the force, deployment and anchoring involves seismic engineering, structural engineering, mechanical engineering, drainage engineering, etc.

3)Seismic hangers are divided into longitudinal and transverse hangers, and their force, layout, anchoring and so on involve seismic engineering, structural engineering, mechanical engineering, drainage engineering and so on. engineering, mechanical engineering, drainage engineering and other multi-disciplinary knowledge.

I hope my answer is helpful to you.