Dual-control pendulum bearing
A pendulum bearing designed for two modes — protection against earthquakes and against operational vibrations. Design version per the manufacturer's catalogue.
Vibration protection reduces vibrations from traffic, equipment, wind and people — where comfort, instrument accuracy or equipment integrity matter. The solution is selected based on measurements and analysis.

A pendulum bearing designed for two modes — protection against earthquakes and against operational vibrations. Design version per the manufacturer's catalogue.
Steel springs with dampers isolate a building or equipment from vibrations, including vertical ones — for example, from metro and railway lines.
A large hydraulic damper for equipment and pipelines at power facilities: it damps dynamic loads without restraining slow thermal movements.
A laminated rubber bearing with thicker rubber layers: it reduces vertical stiffness and helps isolate a building from ground-borne vibrations.
A mass on an elastic suspension tuned to the natural frequency of the structure: it oscillates out of phase and reduces vibrations of high-rise buildings, bridges and floors.
A tuned mass damper with eddy-current damping: damping is provided by magnets, with no fluid, which simplifies maintenance.
Polyurethane pads under equipment and structures reduce the transmission of vibration and impact noise.
Diagrams are schematic. Parameters, versions and documents are per the manufacturer's catalogue and the project analysis.
Send us information about the building and, if available, the structural model — we will prepare a preliminary solution and the manufacturer's documents.