A damper composed of struts with varying widths, efficiently absorbing energy from earthquakes to enhance the seismic performance of structures.
| Item | Details |
|---|---|
| Outstanding Energy Dissipation | In a truss type, adjusting the width, thickness, and angle of side and middle streams enables control of sudden displacements during earthquakes: Ensuring stable hysteresis behavior and maximum deformation capacity. |
| Optimal Cost Efficiency | Minimizing installation space and building damage Applying performance-based seismic design for cost reduction Wide Applicability |
| Various types suitable for building layouts and characteristics: applicable both internally and externally | Ease of On-Site Installation |
| Factory-preassembled dampers with dry installation: enabling convenient construction | Excellent Durability |
| No need for discontinuous welding or joints: preventing cracks during plastic deformation | Simple Maintenance |
| Damaged dampers can be individually replaced after earthquakes: easy maintenance | Testing and Verification Process |
| Tests and verification via KOLAS-certified institutions | Damper Cost Efficiency |
Intellectual Property Rights and Technical Certifications
Intellectual Property Rights and Technical Certifications