Business

Make your existing structure safer with a Tuned Mass Damper

Have you noticed that a slender structure of your building is not steady? Than you should contact a specialist like Flow Engineering. They are a specialist in making a Tuned Mass Damper to make your structures free of oscillating. They are able to secure all kind of slender structures with a Tuned Mass Damper. This can easily be installed on existing structures. A team of professional engineers analyses the conditions and measures the vibrations. Via this analysis they offer you a solution to reduce the movement of the particular structure. Flow Engineering is a specialist in manufacturing, installing and maintaining quality damper systems.

Different structures benefit from a Tuned Mass Damper

In buildings like bridges, stacks, flares and chimneys, a Tuned Mass Damper is used to reduce oscillation that can occur due to many different factors. Strong wind, earthquakes and vortex shedding cause a lot of damage to those structures. With a high quality Tuned Mass Pamper made by Flow Engineering your slender structure is guaranteed of a solid system that reduces oscillation. This specialist is able to advise you when designing a new structure, provide solutions for exiting structures and manufacture an entire Tuned Mass Damper system. Are you building a slender structure? Choose Flow Engineering.

Professional maintenance of a Tuned Mass Damper

It is essential that you choose a party for good maintenance for your Tuned Mass Damper. Think of large factory chimneys, bridges, flagpoles, flares and other slender structures. Flow Engineering can maintain a Tuned Mass Damper made by them regularly. Do you have a third party damping solution? Experienced engineers will inspect and evaluate these systems and provide the best possible service to ensure a good working Tuned Mass Damper. Refurbishing an existing third party damper is possible to make them work as if they were new. Are you looking for a new Tuned Mass Damper? Flow Engineer is the right partner.