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Image of Reapor®
  • Construction
  • Infrastructure
  • Industrial

Reapor® – The Sound Absorber for Challenging Environments!

Reapor® is an eco-friendly sound absorber made from recycled glass, suitable for both indoor and outdoor applications.

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  • Exhibitions
  • Infrastructure
  • Construction
  • Industrial

Vibratec is Exhibiting at Internoise 2024!

We are excited to announce that Vibratec will be participating in Internoise 2024, a leading international conference on noise control engineering, taking place in Nantes, France!

Picture of Regufoam® Vibration from 2 mm
  • Construction
  • Infrastructure
  • Industrial
  • Product News

Regufoam® vibration now available in thinner options, starting at 2 mm!

Vibrations from daily activities like people moving, dishwashers, washing machines and electronic devices can create structure borne noise, particularly in multi-storey wooden buildings. By integrating vibration insulation these disturbances can be reduced.

Spring isolators to Tampere University Hospital
  • Industrial
  • Infrastructure
  • Construction

Vibratec delivers Spring isolators to Tampere University Hospital

A helipad was to be built on the roof of Tampere University Hospital (TAYS). Helicopters cause vibrations that are transmitted to the building's frame and cause disturbances. As the hospital environment is extremely sensitive to disturbance, this was something that needed to be prevented.

Image of Årstabron
  • Infrastructure
  • Construction

Constrained Layer Damping on Old Steel Bridge

Vibratec reduces noise on the Årsta bridge in central Stockholm. Using a techninque called constrained Layer Dampening (CLD). Noise lowered with 6 dB.

Image of reciprocationg engines
  • Industrial
  • Infrastructure

Constrained Layer Damping in Kansas

At the new Rubart power station in Kansas electricity is generated by 12 Caterpillar engines. The air intake filers to the engines where originally designed for another slightly smaller engine type, so after start-up it turned out the larger air flow caused resonances in the steel plates of the filters.