• water vapour permeable
• low water absorptiveness
• very high resistance to soiling
• very good bonding to substrates
• COVERAGE UP TO 10m2 

ATLAS SILICONE RENDER is a thin-coat render for application of finishing coats with decorative spotted texture.
For indoor and outdoor use.
Recommended as a finishing coat during installation of building insulation with the use of polystyrene, XPS or mineral wool boards.
For façades exposed to soiling and difficult operation conditions – perfect for buildings located in the vicinity of busy roads, in cities or highly contaminated zones, in areas surrounded by clusters of greenery.

• Modern thin-coat silicone render based on advanced siloxane resins.

• Resistant to deposition of pollution from the surroundings – forms coat of tight and low absorbent structure, which prevents moisture penetration into its structure – therefore surface keeps dry and impairs deposition of contamination.

• Self-cleaning during precipitation – does not require frequent preserving actions.

• Forms dense and very clear spotted texture 1.5 mm or 2.0 mm thick.

• Render with aggregate 1.5 mm thick is also recommended for machine application with rendering units.

• BIO PROTECTION – creates unfavorable conditions for fungi and algae growth due to low water absorption and acid-alkaline reaction.

• ELASTICITY AND STRENGTH – formula providing improved elasticity and resistance to impacts; render compensates stress resulting from surface hits better, keeps consistent, does not chip off.

• COLOUR DURABILITY – advanced technology provides colour durability resulting from the use of modern pigments, automatic system of dozing and permanently supervised process of manufacturing – render keeps its initial colour, is more resistant to bleaching and UV radiation.

• ENVIRONMENTALLY FRIENDLY – render recipe was designed in accordance to the sustainable development aspects: maximally reduced amount of volatile organic compounds and use of natural fillers only.

• RESISTANT TO CRACKING – improved resistance resulting from the presence of dispersed microfibers, which strengthen the render within its entire volume – render is protected against possible cracks caused by tension and alternate surface heating and cooling.