Views: 0 Author: Site Editor Publish Time: 2026-10-14 Origin: Site
As the name suggests, the primary function of seismic supports is earthquake resistance. Boasting outstanding stability, seismic supports limit the displacement of electromechanical facilities and restrain structural vibration. By adjusting the assembly of different accessories, the load resistance of seismic supports can be tuned accordingly. This effectively prevents loss of motion control and supporting capacity throughout their long service life.
Working Mechanism | Effect as Described in the Text |
Displacement limitation & vibration restraint | Seismic supports limit the displacement of electromechanical facilities and restrain structural vibration. |
Tunable load resistance | By adjusting the assembly of different accessories, the load resistance of seismic supports can be tuned accordingly. |
Long service life performance | Effectively prevents loss of motion control and supporting capacity throughout their long service life. |
Mitigation of excessive displacement | Designed to withstand multi-directional forces, these supports mitigate excessive displacement triggered by floor inertial forces during earthquakes. |
Tilting & rotation control | For externally mounted loaded moving components, they reduce tilting and rotation of exhaust pipelines and provide a stable foundation to restrain rotational movement of air ducts. |
Horizontal restraint under airflow | Seismic supports improve horizontal restraint performance under airflow operation. |
Rigid bracing optimisation & lower abrasion | They optimize rigid bracing for different prefabricated components subjected to jet-induced rotation and lower stress abrasion on steel members. |
Hydraulic expansion control & force balance | Seismic supports avoid excessive hydraulic expansion. They balance the bearing force of different steel supports and eliminate operational hazards arising from swaying and seismic vibration forces. |
Designed to withstand multi-directional forces, these supports mitigate excessive displacement triggered by floor inertial forces during earthquakes. For externally mounted loaded moving components, they reduce tilting and rotation of exhaust pipelines and provide a stable foundation to restrain rotational movement of air ducts.
Among various steel structural accessories, seismic supports improve horizontal restraint performance under airflow operation. They optimize rigid bracing for different prefabricated components subjected to jet-induced rotation and lower stress abrasion on steel members.
When subjected to vibration loads, seismic supports avoid excessive hydraulic expansion. They balance the bearing force of different steel supports and eliminate operational hazards arising from swaying and seismic vibration forces.
