Therefore, damping and seismic isolation technology emerged, mitigating the impact of earthquakes on building structures by isolating or dissipating seismic energy. This paper focuses on the application of damping and seismic isolation technology in building seismic retrofitting and its construction optimization measures.

the time required to replace an expansion joint typically ranges from several days to several weeks. Such maintenance operations often result in significant traffic congestion and lane closures. Therefore, it is necessary to explore technical methods can accelerate the replacement process.

Our technology is currently operational in three of the most seismically active and geotechnically diverse markets in the world: the Philippines, Peru, and Kazakhstan. Below, we provide a technical overview of our market impact and the engineering challenges we have addressed in each region.

Seismic isolators are the core component of modern earthquake protection systems, serving as the critical interface that protects buildings and bridges from seismic damage. Understanding their mechanical properties is essential for structural engineers, construction professionals, and procurement specialists working on earthquake-resistant projects