
a cost-efficient decoupling component focused solely on shifting the building's vibration period. Because it provides minimal damping, it is best suited for hybrid seismic designs where separate, specialized dampers are utilized to control sway.

An integrated solution providing both structural support and high energy dissipation through a lead core. It is the industry-standard choice for balancing lateral displacement and damping in high-occupancy developments.

A streamlined, "all-in-one" isolator that uses engineered rubber compounds to dissipate energy without a metal core. It offers a cleaner architectural footprint and is ideal for projects requiring a predictable, low-maintenance seismic response.

A compact mechanical slider that uses a curved surface to trigger a pendulum-like motion during a quake. Its performance is mass-independent, making it a versatile choice for both large heavy structures and low-rise structures.

Absorbs and dissipates seismic energy through controlled fluid resistance. This reduces structural acceleration and drift without limiting building flexibility. Ideal for new construction and retrofit applications where supplementary damping is required.

Accommodates relative movement between isolated and fixed structures, ensuring piping systems remain intact and operational during and after an earthquake. A critical component for maintaining building services for water and fire suppression.

Bridges the isolation gap between a base-isolated structure and surrounding fixed elements, allowing large displacements without damage to finishes, facades, or flooring. Engineered to maintain architectural integrity while accommodating full seismic travel.
Philippine Institute of Volcanology and Seismology
Quakesafe Phils, Inc.
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