product details

size
1250mm x 625mm x 35mm thick (4ft x 2ft x 1½”)

PRICES technical specs installation guide

key benefits

sound absorber: Foamsorption - Acoustic tiles
Foamsorption non-flammable sound absorbing tiles
Foamsorption non-flammable sound absorbing tiles to reduce reverberation in a classroom Foamsorption sound absorbing tiles for reduction of reverberation or echo in rooms

absorber: Foamsorption - Acoustic tiles

overview

Lightweight sound absorbing decorative white melamine non-flammable ceiling and high level wall tiles with a sculpted profiled finish.

testimonial

"I have just finished installing the Foamsorption Tiles I bought from Sound Service. They do a splendid job as well as the studio wall system I also purchased". Mark Mason

description.

Foamsorption are extremely lightweight sound absorbing foam tiles made from high technology soft acoustically profiled foam material laminated onto an aluminized base to give stability. White in colour they are designed to be bonded onto existing or new ceilings and high level wall surfaces, have virtually no weight and are very simple to fix.

Foamsorption tiles are fibre and CFC free as well as being completely non-flammable. These acoustic tiles are used with great success in applications such as studios, offices, community and multi-purpose halls, cinemas, classrooms and shooting ranges for reduction of resonant noise that can affect hearing. A pyramid version is also available.

Application

Due to its greater surface absorption allied with its low weight and Class ‘0’ fire resistance, Foamsorption tiles can be used safely in virtually any building. It is particularly effective in classrooms and will bring classrooms into compliance with BB93 and will help students with impaired hearing to hear more clearly.

Acoustics 

The special open face profiled foam pattern is the main reason why Foamsorption tiles outperform other acoustic tiles. This leads to higher sound absorption in buildings resulting in greater reduction of reverberant echo.

As featured on www.buildingdesign.co.uk


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