Brand: Atlas

ATLAS SILICONE HYBRID RENDER

thin – coat acrylic - silicone render

vapour permeable
very low water absorptiveness
highly resistant to dirt
high adhesion to the substrate

Inside

Outside

Frost-resistant product

Waterproof product

Description

ATLAS SILICONE HYBRID RENDER is a thin-coat render used on façades as a decorative finishing plaster with a grainy, pebble-type texture. Also suitable for indoor use.

Recommended as a finishing façade layer when insulating buildings with polystyrene or XPS boards.

For facades that are particularly exposed to dirt and harsh conditions of use – ideal for buildings located near busy roads, in towns and cities and in areas of high pollution and greenery

ATLAS SILICONE HYBRID RENDER is a modern thin-coat render based on an innovative combination of two types of binders: acrylic and silicone resin.

Characterised by very low surface absorbency, providing effective protection of the substrate against water. Due to the addition of silicone resin, it exhibits significantly higher resistance to dirt compared to standard acrylic renders. It allows for a dense and very distinctive texture with a grain size of up to 1.5 mm. The render is also recommended for mechanical application using a plastering unit.

Properties

BIO PROTECTION - creates unfavourable conditions for the growth of fungi and moulds due to its low absorbency and pH environment.
FLEXIBILITY AND DURABILITY – the formulation for increased flexibility and impact resistance means that the render perfectly compensates for stresses caused by impact, maintains cohesion and does not splinter.
COLOR DURABILITY – advanced technology ensures colour durability thanks to the use of modern pigments, a computer-controlled pigment dosing system and a production process under constant control – the render retains its original colours for longer and is more resistant to fading and UV radiation.
ENVIRONMENTAL-FRIENDLY – the render formula has been designed with sustainability in mind: the final product contains reduced content of volatile organic substances and natural fillers only.
RESISTANCE TO CRACKING – increased resistance achieved through the presence of dispersed microfibres acting as effective reinforcement throughout the entire volume of the render – it is protected against possible cracking resulting from stress and alternate heating and cooling of the surface.