|
Mould is commonly
caused by condensation and general damp conditions. Dormant mould spores can
germinate and spread rapidly, resulting in unsightly and often extensive
growth of dark coloured mould. Mould needs very little nutrient to remain
active, and can grow on walls and ceilings irrespective of the decorative
finish. Mould spores will also spread into the air resulting in a musty
smell and more importantly a serious health risk.
If left untreated,
mould can cause extensive damage to walls and ceiling areas. Active mould
spores can also attack clothes, furnishings and carpets.
The Asipo range offers
highly effective, economic, and safe solutions, with a wide range of
finishes for internal and external applications. Asipo products can be
over-coated using standard paints and wallpapers.
INTERNAL PRODUCTS
Asipo Internal ,
Matt or Silk:
A superior water based decorative emulsion for combating internal mould
growth problems. Can be used as a stand alone product, or as part of the
Asipo Mould Eradication System.
Asipo Algicidal
Treatment:
A sterilising solution for killing and removing mould
prior to internal decoration. For use as a surface biocide. Must be diluted
4 : 1 with water.
Asipo Barrier:
Part of the Asipo system. To form a barrier within the plaster to prevent
mould spores from reappearing.
Asipo Dampstain
Proofer:
Part of the Asipo system. To seal the surface and prevent stains coming
through decoration.
EXTERNAL PRODUCTS
Asipo Fine Texture
Masonry Paint:
A superior water-based decorative
emulsion for external use. Provides long term protection against mould and
algae.
Asipo All Weather
Coating:
Pliolite based reinforced, flexible,
micro-porous coating with excellent self cleaning properties.
Asipo Algicidal
External Treatment:
For use on external masonry. Can be over-coated with most masonry paints.
Can also be used as as algicidal wash on patios, external paving, brick &
block work.
Asiposeal:
Non silicone based, single pack solvent borne clear coating used to seal
external masonry areas. Stops water penetration.
|