Conference Hall Sound Proof Partitions , Multi Color Sliding Folding Acoustic Room Dividers

Sliding Folding Acoustic Room Dividers Sound Proof Partitions

Description:
 

BUNGE offers a technologically advanced, aesthetically pleasing design. It uses a unique welded steel frame that permits all substrates (skins), both breakable and steel to be welded to the frame. It never requires substrates or skins to be glued or mechanically attached to the frame. This construction provides a durable, unitized panel that will last for years of rugged use.

The basic panel construction is combined with wraparound finishes for a T rimless, monolithic appearance. Deep interlocking vertical astral at all panel joints align panels ensuring a smooth wall face while providing an acoustic seal.

Automatically setting and retracting bottom seals provide 22.5 MM of operating clearance to accommodate for floor variation and or deflection.

 
Benefits:
 

Room to move, room to work or play. Public meeting or private function, assembly or seminar: Movable Acoustic Walls and Sliding Folding Partitions put all the options at your fingertips.

Gliding effortlessly along a concealed track suspended above the ceiling, our movable walls can provide all the acoustic and aesthetic qualities of a fixed wall, with the immeasurable advantage of maximum flexibility.

A variety of configurations and divisions can be achieved easily and rapidly. Once in place, spring loaded seals lock the panels into position.

The fully modular system allows for design on a project by project basis, taking account of all individual requirements. Installation is carried out by highly experienced engineers.

In essence, our movable walls can remove the barriers of your building's design, allowing you to make the most of your available space.

Acoustic Performance:

Our Top Hung acoustic operable walls were designed specifically with the office refurbishment sector in mind. With sound attentions available from 37dB RW to 53 dB RW, there is no acoustic issue between rooms that the Top Hung Operable Wall cannot cater for.

Sound reduction dB ratings are often quoted from laboratory test results which are misleading in respect of final performance values. They are merely useful for initial specification purposes. Independent on-site tests as carried out by partners are recommended as in-situ results will differ from laboratory test certification and are therefore the only true guide to achievable sound attenuation.

 
Technical information:

Structure:
 

The operable wall structure is composed of aluminum profiles, sheets of treated particleboard or MDF and insulation. The combined structure forms a panel that has a total thickness of 85mm and depending on the insulation material ensures a soundproof resistance of 40-49 dB (decibels).

When the operable folding wall system is supported at the ceiling it runs along an adjustable aluminum upper track that is equipped with bearings inside of carriages. This enables the walls height to be adjusted by 15 mm. The carriages are installed on every second wall panel and are located at the center of the panel. Because the wall hangs from the ceiling, it is important for the installation of the wall that the wall is attached to something solid (i.e. concrete ceiling, steel structure, wood beam etc).

In the case that the folding wall is supported by the ground, an aluminum track is installed on the floor where the carriages move the wall and at the top there is a guiding track. The height is also adjustable by 15 mm.

At the end of the wall, a jamb profile is installed to close the last panel and which is also used as a door.

Installing track details:

1. As shown on the drawing, check the track that the track parts are assembled on the floor before installation.

2. Mark the track line and place the bracket in a specific position.

3. Mount the rail brackets to the ceiling.

4. Check if the mobile partition is rigidly fixed on the track. When the rails and brackets must be loosely stored in the storage area, so that the bracket plate can be moved to other places.

5. At the end, measure the proper location of the storage track before adjusting the main track facility. This is very important for the intersection placement.