Fabric Movable Wall System Davao Acoustic Foldable Sliding Partition For Meeting Room

Fabric Movable Wall System Davao Acoustic Foldable Sliding Partition for Meeting Room

Acoustic foldable partition details

Imagine being able to negotiate your space to work to your advantage, having the ability to single-handed transform a large area into multiple smaller spaces with minimal effort within a few moments. Now imagine the possibility of maximizing your revenue through the use of acoustic foldable partitions, during the day hosting multiple meeting functions simultaneously and, come evening time, the partitions are effortlessly stacked away and transformed into a large function room.

Our acoustic foldable partitions, also known as operable walls, are manufactured to the highest specification and can meet the highest safety requirements.

Acoustic foldable partitions offer many fantastic benefits, whether it’s dividing a school hall into two different multi-purpose areas for simultaneous physical activities, or splitting a large conference facility in smaller seminar rooms by sub-dividing these spaces with acoustic movable walls.

Technical Information

Acoustic foldable partition features

Acoustic foldable partitions are of double skin construction with a robust internal aluminium frame. The acoustic foldable partitions panel faces are not 'hard' fixed to the frame and therefore when sound waves 'hit' one side of the wall the vibration caused is not directly transferred to the opposite face. Aluminium edge profiles may be CONCEALED, OR EXPOSED to provide a trim.

Heavy duty rubber gaskets are fitted to the panel profiles ensuring maximum acoustic sealing to all surrounding surfaces.

The highest levels of sound reduction are achieved by introducing rubberized bitumen membranes and mineral wool insulation to the core of each panel.

The rapid action mechanism, which operates the retractable seals, is designed to exert sufficient pressure to achieve the high levels of sound reduction offered. The retractable seals are designed to tolerate deviations in floor level and the deflections of supporting structures. The tolerance limit is evaluated for each individual application.