Solid Viscoelastic dampers were the first damping system used to solve structural vibration problems, including mitigation of wind and earthquake, floor and stair vibrations amongst other types of dynamic loads. When Viscoelastic material is deformed, there is an instantaneous stiffness and damping restoring force. Because solid Viscoelastic damping material is connected directly to the vibrating structure it is activated instantaneously, adding damping and stiffness for all vibration amplitudes and types, from frequent wind storms that can cause occupant discomfort through maximum credible earthquakes that can damage building structures.

To learn more about Viscoelastic solid damping please click below:

Viscoelastic (VE) dampers consist of Viscoelastic damping material bonded to steel plates. This VE material is an evolved and thoroughly engineered material; the first damping material in used civil structures in 1969. Over 50,000 VE dampers have been used in over 400 projects throughout the world.

• Enhanced Wind Performance – VE dampers reduce wind vibrations, improving occupant comfort and reducing structural loads.

• Enhanced Seismic Performance – VE dampers reduce seismic vibrations from service level earthquakes through maximum credible earthquakes and enhance building resilience.

• Floor and Stair Vibration – VE damping stiffness and damping reduce serviceability vibrations in floors and stairs.

A robust Quality Control and Quality Assurance program is implemented for all projects worldwide. A range of damping and control technologies are protecting many of the most important buildings in the world against extreme earthquakes.