Mild Steel Damper

Features of Mild Steel Damper

• Strong Energy Dissipation Capacity: Mild steel dampers from Tiantie are highly effective in absorbing and dissipating energy, which significantly reduces the amplitude of vibrations and enhances the structural stability of buildings during dynamic events such as earthquakes and strong winds.

• Good Economy: These dampers offer a cost-effective solution for vibration control. Their relatively low manufacturing and installation costs make them an economical choice for both new constructions and retrofitting existing structures.

• Minimal Impact on Building Functionality: Mild steel dampers are designed to integrate seamlessly into the building's structure without compromising its functionality. They do not interfere with the architectural design or the operational aspects of the building, ensuring that the primary functions of the structure remain unaffected.

• Ease of Installation and Replacement: The installation process for mild steel dampers is straightforward and can be completed with standard construction tools and techniques. Additionally, if a damper needs to be replaced, the process is simple and can be done without significant disruption to the building’s operations.

• Maintenance-Free: Once installed, mild steel dampers require little to no maintenance. Their robust design and durable materials ensure long-term performance without the need for regular upkeep, reducing the overall lifecycle costs.

• Long Service Life: The service life of mild steel dampers is designed to match the lifespan of the building itself. This ensures that the dampers will provide effective vibration control throughout the entire duration of the building's use, aligning with the architectural design’s intended longevity.

Application of Mild Steel Damper

• As a common type of earthquake shock absorbers, this mild steel damper is used in new engineering projects such as schools, hospitals, large-scale public buildings, industrial factories, parking lots, bridges and municipal engineering

• As well as seismic strengthening and reconstruction of existing buildings and other engineering applications.