
This highly durable and flexible base isolation system utilizes laminated natural rubber and steel plates, designed to effectively shift a building’s vibration period during an earthquake, providing essential earthquake protection through advanced rubber bearings.

This heavy-duty base isolation system features a central lead core that deforms to dissipate energy, ensuring effective earthquake protection and providing stable damping during intense vibrations with the help of rubber bearings.

This specialized base isolation system utilizes high-viscosity rubber bearings to effectively support structural weight while simultaneously absorbing earthquake energy, eliminating the need for additional dampers for earthquake protection.

This high-performance base isolation system utilizes the principle of a pendulum and controlled friction, allowing structures equipped with rubber bearings to glide smoothly during an earthquake, naturally returning them to their original position for effective earthquake protection.
Overview of Seismic Base Isolation Systems for Buildings: Seismic base isolation is an effective earthquake protection method that involves the use of rubber bearings. These base isolation systems allow buildings to move independently of ground motion, significantly enhancing their resilience during seismic events.
Philippine Institute of Volcanology and Seismology
Quakesafe Phils, Inc.
333 Tullahan Road, Caloocan, Metro Manila, Philippines
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