Sunday 17 November 2019

Fabric Acoustic Panels In Offices

Fabric Acoustic Panels in Offices


Unwanted Noise in the workspace can creative an unproductive work environment





Unwanted noise and sound disturbances in the workplace can cause stress, lack of concentration and tiredness. Background noise and reflected sound in offices, workshops and even boardrooms can result in poor communication and speech quality. Privacy due to reflected sound can also be a problem in workstation environments such as call centres, classrooms, and computer rooms.

Acoustic Panels offer a simple solution to help overcome such noise problems. Installing fabric-faced, sound absorbing panels to cover hard, reflective surfaces around workstations will not only minimise reflected sound, but also provide a degree of privacy for each operator.  Sontext is able to customise Acoustic panels fabric  dimensions, thicknesses and colours to those of back panels, and side dividers on existing workstations.



The Benefits Acoustic Panels

         Minimize Unwanted Sound: By absorbing background noise, acoustic panels can improve the work environment for building occupants.

         Enhance Decor: Acoustic Panels like Sontext Serenity are faced with sound absorbing fabric on all edges as well as the panel face. Therefore the panels can be mounted with exposed edges, or as stand alone framed partitioning. The colours and patterns available is huge, and Sontext can assist with your choice to match an existing interior, or new interior design.

         A Comfortable Work Environment: Using acoustic panels can help reduce stress caused by excessive noise in any public space or workplace.

         Enhance Productivity: Boost the productivity and concentration among workers.

Sontext Serenity Acoustic Panels can be installed in large format panels on interior walls and floors. However they can also be customised to fit existing partitioning and workstations in a variety of colours and patterns to provide an aesthetically pleasing interior solution to noise problems.

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