The wet spraying
Climatizer Plus application method into ventilated facades
Climatizer
Plus application is convenient for ventilated thermal insulation
systems with regard to the low diffusion resistance of the cellulose
insulation layer created with spraying. This system is created by
combining cellulose with water and a special adhesive additive. The
specially developed Karsil adhesive application additionally improves
its fire-stopping properties. Another method which is after used is the
dry processing method. This application method creates a convenient
alternative to the panel board insulation materials. It is possible to
spray insulation into construction surfaces up to a thickness of 150mm
on the walls and 60mm on ceilings. This method can also be applied on
homes with wood frame construction and at suitable inner separating
walls to prevent sound transmission.
Mass density ranging from
30 to 70 kg / m3
For applications
performed with the spraying method, the basic applications machine is
equipped
with an additional device for mixing the applied material with a
bonding agent. This method is
recommended for applications under ventilated facade systems. The basic
layer is roughly applied
on the base, then excess insulation is machined flush with the wall
allowing the siding to be easily
installed. (photo system VINYL SIDING). For a double wall system it is
possible to omit this step.
In a similar way, spray on installation can perform as an interior
acoustic barrier. After the insulation surface is trimmed flat with our
wall scrubber, it is possible to finish the final surface with a
coloured insulation material, including the framing, which provides you
with a nice finished wall surface with a colour of your
choice.
The basic application machine for the dry application method
can be converted with an additional device that enables the installer
to combine dry CLIMATIZER PLUS with water and special bonding agents.
This auxiliary device can also be used for other acoustic insulating
layer applications, as a stable top layer to prevent blown in
insulation from moving in high wind conditions or for additional
thermal insulation of historical vaults.