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rial1.450.000
Used as a base layer for various floors such as parquet, ceramic, and stone.
Applied in the floor construction process of public buildings such as offices and factories.
Used as a repair material for cracked ceilings and floors.
Serves as a leveling layer in industrial and sports halls.
Used as a filling layer for uneven surfaces and cavities.
Applied as the final coating for concrete structures.
Filling concrete irregularities and voids.
Used as a base layer for resin flooring.
The consumption rate of the self-leveling mortar varies depending on the surface irregularities and porosity. However, under normal conditions, for each square meter of surface with a thickness of 1 millimeter, approximately 2 to 3 kg of the leveling product is needed.
The surface to be applied with the self-leveling mortar must be free from any contaminants, loose particles, grease, etc. If any contamination occurs, first use industrial vacuum cleaners to remove dust, then clean the surface using a water jet or sandblasting to eliminate any remaining impurities. For mixing the mortar, combine 20 kg of the product with 5 to 7 liters of water using a low-speed mixer for 3 to 5 minutes to create a homogeneous mixture. Then, let the mixture sit for 3 to 5 minutes and remix it for 30 seconds. Apply the prepared mortar on the surface with the required thickness using a notched trowel and level it. After three days, the surface will be ready for parquet or final flooring installation. The optimal temperature for application is between 5°C and 25°C.
The surfaces to be applied must be free from dust, loose parts, spilled gypsum or cement, oil, paint, etc.
After cleaning, the surface should be treated with a primer.
The leveling material should be applied before the primer fully dries.
Each 20 kg bag of leveling mortar should be mixed with 5 to 7 liters of water.
The optimal temperature for application is between 5°C and 25°C.
Immediately after application, use a spiked roller to remove trapped air bubbles and achieve a smooth, even surface.
If necessary, after 24 hours of the first layer application, you can apply a second layer.
Feature | Value |
---|---|
Physical state | Powder |
Color | Gray |
Density | 2.2 ± 0.5 gr/cm³ |
Chloride ion | None |
pH | Alkaline |
Ignition temperature | Non-flammable |
Feature | Value |
---|---|
Compressive strength (28 days) | 25-35 N/mm² |
Flexural strength (28 days) | 3-6 N/mm² |
Bond strength | 1-2 N/mm² |
Flowability | 200-300 mm |
The self-leveling mortar is available in 20 kg bags.
Shelf life: The product can be stored for up to 12 months under proper storage conditions in a dry, covered environment and in its original packaging.
Storage conditions: Store away from moisture, humidity, and direct sunlight.
Storage temperature: The optimal storage temperature is between +10°C and +30°C.
Self-leveling mortar does not fall under hazardous or harmful substances for health and the environment. However, it should not be ingested or come into contact with eyes. In case of accidental contact with skin or eyes, wash immediately with plenty of clean water. If swallowed, seek medical attention immediately.
One of the common issues when installing tiles, ceramics, or wooden floor coverings is surface irregularity. Ignoring surface unevenness leads to an uneven and untidy finish, which, if not corrected, can result in high repair costs.
The Self-Leveling Mortar (cement-based) is a one-component, shrinkage-free ready-to-use compound, designed to level floors at lower thicknesses. This product provides excellent compressive strength and adhesion to the concrete floor, creating a smooth surface suitable for vinyl, parquet, ceramics, and other floor coverings.
This product complies with the following standards: BS 895, AS 2073, AS 1012, and ASTM C348.
Self-Leveling Mortar is formulated and produced with cement, micronized aggregates, polymers, plasticizers, and expansive materials. The product flows upon application due to its high fluidity and spreading ability, ensuring an even distribution across the entire surface. Additionally, the presence of polymers in the mix provides excellent cohesion and bonding to the substrate, enabling the mortar to withstand high compressive forces. The expansive materials address shrinkage issues that typically occur after curing, preventing cracking due to water loss.