A vapor-permeable mineral membrane with increased adhesion and durability, for flexible sealing of substrates before laying on adhesives, ideal for GreenBuilding. It is used in the case of terraces, balconies, horizontal surfaces and swimming pools, screed in mineral and cement monolithic, plaster and cement mortars, seasoned concrete, existing ceramic floors, terrazzo, natural stones with stable dimensions, fixed to the ground and clean.

Properties

• one-component
• reduced CO _{2 emissions}
• the lowest emission of volatile organic compounds
• resistant to alkaline environment and chlorine
• after setting suitable for recycling as aggregate
• certified, eco-compatible
• creates a smooth, homogeneous mass, the consistency of which can be adjusted with the amount of added water
• for use on floors and walls, indoor and outdoor
• bridging capacity Fig
• suitable for laying natural stones, glass mosaics and ceramics using the H40 glue
• appropriate plate to plate in the system
• 30% higher efficiency compared to a two-component system
• 20 kg paper bag with a handle
• Nanotech technology with permanent hydrophobicity, continuous flexibility and high chemical stability

Technical data

• light gray dry sealing compound
• approximate bulk density of 1 kg / dm ³
• mineralogical composition of aggregate silicate-carbonate crystals
• 12-month storage in original packaging and in a dry place
• packaging 20 kg bags with a handle
• mixing water 5-6 l / 1 bag of 20 kg
• viscosity helipath 60000 mPas sec
• specific weight of the mixture 1.5 kg / dm ³ UNI 7121
• standby time (pot life) ≥ 1 h
• temperature of use from +5 C to +35 C
• minimum overall thickness ≥ 2 mm
• maximum thickness of a single layer ≤ 1.5 mm
• waiting time between 1st and 2nd layer ≥ 6 hours
• waiting time for laying * ≥ 24 hours
• putting into service 7 days / 14 days (constant water load)
• operating temperature from -20 C to +90 C
• efficiency 1.15 kg / m ² per mm of layer

* times may be longer depending on thickness and climatic conditions

Note: Data obtained at +23 ° C, 50% relative humidity and no ventilation.