System photo
PU‑cement system
Lincrete SL2
2–4 mm
Thermal shock
R11–R13
Lincrete® SL2 is a thin-section four-component self-levelling polyurethane-cement mortar for concrete floors. It forms a chemical-resistant 2–4 mm coating used in the food and chemical industries.
Lincrete® SL2 is a thin-section four-component self-levelling polyurethane-cement mortar for concrete floors. It forms a chemical-resistant 2–4 mm coating used in the food and chemical industries.
Typical parameters: thickness 2–4 mm, R class R11–R13, commissioning 8–24 h. Resistance/modes: wet areas, thermal shock, oils & fats, alkalis, acids (incl. sulfuric, hydrochloric).
System layers (bottom to top)
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Грунт PU-цементныйВыравнивает впитываемость основания; расход зависит от пористости бетона.
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PU-цементный слой 2–4 мм consumption: ≈ 4–6 kg/m²Финишный слой; настраиваемое антискольжение до R13 за счёт наполнителя.
Technical characteristics
- Thickness
- 2–4 мм
- R class
- R11–R13
- Commissioning
- 8–24 ч (typical)
- Wet areas
- yes
- Thermal shock
- yes
- Low temperature
- no
- Oils/fats
- resistant
- Alkalis
- resistant
- Acids
- resistant
Note: exact values (chemical resistance, temperature limits, substrate requirements) are defined by the TDS and project specs.
Consumption & rough estimate
- PU-цементный слой 2–4 мм: ≈ 4–6 kg/m²
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Total for system: ≈ 4–6 kg/m²(excluding losses).
Actual consumption depends on substrate condition, porosity and required texture. Pricing is calculated individually considering logistics and volume discounts.
Compatible materials (SKU)
Example system build-ups. Final material selection depends on the TDS and project conditions.
The final system build-up is fixed in the working specification and approved with design & facility teams.
System FAQ
What are the substrate requirements?
Requirements depend on the system type. Typically strength, moisture and adhesion are checked. Exact values are in the TDS and working specification.
Want the same floor or a cost estimate for your facility?
Send a floor plan and a brief description of the loads. Our engineer will select the optimal floor system, calculate material consumption, and provide an indicative budget.
