The mortar is intended for making cement subfloors and floors as well as similar pressure, backing layers and layers shaping a slope, inside and outside buildings
Used as a base in a floor heating system, floating on thermal insulation, separating layer and linked with a bed.
Suitable for anchoring fence piles.
Also other elements poured directly at a construction site can be made of this mortar, such as: foundations, lintels, stairs, ceilings - after prior installation of proper reinforcement.
Minimal layer thickness: base binding with the groundwork > 25 mm; base on separating layer > 35 mm; base "floating" on the thermal and/or acoustic insulation layer > 40 mm;
Applied as base for ceramic tiles, synthetic lining, panels, parquet, etc.
- High durability
- On the balconies and terraces
- For floor heating systems
- Under parquet, panels, carpet flooring, tiles
Amount per unit
Unit per pallet
The mortar can be stored for up to 12 months from production date in sealed packaging and at temperatures, ranging from +5°C to +25°C. The storage area shall be kept out of the reach of children, protected against direct sunlight and located far from heat sources and naked flames. It can be transported by any means of transport, at a temperature not lower than +5°. It is not subject to ADR provisions.
|Classification as per EN 1504-3||R2|
|Suitability-for-use time after mixing||Up to 60 minutes|
|Possibility of standing on the laid floor||from 24 to 48 hours|
|Possibility of further works||After 28 days of hardening|
|Layer thickness||from 25mm to 100mm|
|Water mixing ratio||about 3.5 litres per 25 kg of dry compound|
|Dry compound consumption||approx. 20 kg/sq. m. per 1 cm of mortar layer thickness|
|Compressive strength after 28 days||≥ 30 MPa|
|Soluble chromium VI content||≤ 0.0002%|
|Reaction to fire||A1fl|
|Chloride content||≤ 0,05 %|
|adhesion||≥ 0,8 N/mm²|
|Thermal compatibility||≥ 0,8 N/mm²|
|Resistant to the degree of wear||NPD|
|Water absorption||≤ 0,5 kg/m2 h 0,5|
|Water vapour permeability µ||NPD|
|Capillary water absorption||NPD|
|Release / content of hazardous substances||* NPD|