Acustic partial areas made of acoustic foam

Material:
Open cell foam made from
melamine resin (Basotect®).

Surface:
MIKROPOR® AS VE
Acoustic fleece with matt, smooth and non-directional
surface, with coloured
surface coating on request
Also available in special colours
as per sample.

Edge configuration:
Edges on all sides coated with a uniform
acoustic fleece.

Panel thickness:
Standard approx. 40 mm
Custom thicknesses on request

Dimensions:
2400 x 1200 x 40 mm or
1200 x 1200 x 40 mm
Custom formats and free-forms on
request

Building material class core panel:
B1 flame resistant
with fleece finish

Weight per unit area:
Approx. 600 gr/m² (for 40 mm panel thickness)
 

Care / refurbishing:
It is possible to clean localized
soiling using a damp
synthetic sponge or
brush. Vacuum clean with vacuum cleaner
and brush attachment.
Refurbishable by spraying
with Wilhelmi acoustic paint (WAF-R),
without any loss of sound absorption properties.

Sound absorption:
The open pore surface of
MIKROPOR AS melamine resin foam (Basotect®) guarantees
sound waves are not reflected as reverberation, but
are able to penetrate into the cell structure without hindrance. The sound energy
is reduced inside the cell structure.
Consequently, MIKROPOR® AS melamine resin foam
(Basotect®)
has an excellent sound absorption
capacity.
In environments with deep frequencies it is possible,
for example, to achieve acoustic improvements
with additional heavy layers.

Hanging:

• With thin wire hangers, wire lengths approx. 2000 mm, longer lengths available on request
• Minimum suspension with
  screw hooks
• Secured to the structure with dispersion adhesive

Overview of the advantages
of this system:

• Bond directly to the existing ceiling or

wall surfaces using system adhesive
Installs quickly and cleanly,
including in occupied properties

• Retrospective improvements
to the acoustics possible,
without dirt and noise from machinery

• Depending on the version, installation
possible without substructure or alterations to existing
building element

• Suitable for low
installation heights

• Design freedom thanks to
free-form design and colour schemes

• Economic solution thanks
to low installation costs

• Very high degree of absorption

• Wide variety of surfaces
possible from natural to coloured
through to printed acoustic surfaces.