Product Description
It is a cement-based, two-component, polymer-modified waterproofing mortar developed to provide durable waterproofing on concrete and cement-based substrates.
Areas of Use
• Suitable for bathrooms, showers, toilets, and other wet areas.
• Ideal for waterproofing applications on balconies and terraces.
• Can be used in water tanks, swimming pools, and other water-retaining structures.
• Suitable for concrete, cement-based plaster, and screed surfaces.
• Recommended for waterproofing applications prior to ceramic tile installation.
Key Features
• Provides excellent waterproofing performance.
• Offers strong adhesion to concrete and cement-based substrates.
• Resistant to freeze-thaw cycles.
• Helps reduce the carbonation of concrete.
• Easy to prepare and apply with a brush or trowel.
• Suitable for both interior and exterior applications.
Packaging
• 20 kg kraft bag
• 6 L polymer additive liquid
| Product Appearance | Component 1: Grey powder – Component 2: White liquid |
|---|---|
| Mixing Ratio | 6 litres of liquid for 20 kg of powder |
| Pot Life (Usability Period) | Approximately 2 hours |
| Application Temperature | Between +5 °C and +35 °C |
| Mixing Time | Approximately 3 minutes using a mixer at a maximum of 500 rpm |
| Approximate Consumption | 1.7 kg/m² (for 1 mm thickness) |
| Waiting Time Between Coats | 5–6 hours |
| Waiting Time Before Covering | Minimum 3 days |
| Time to Achieve Waterproofing | 7 days |
| Mixture Density | 1900 ± 100 kg/m³ |
| Waterproofing | 2 bar positive pressure at 3 mm thickness |
| Adhesion Strength (Initial) | ≥ 1.00 N/mm² |
| Adhesion Strength (After Water Immersion) | ≥ 1.00 N/mm² |
| Adhesion Strength (After Heat Aging) | ≥ 1.00 N/mm² |
| Adhesion Strength (After De-Icing Salt Exposure) | ≥ 1.00 N/mm² |
| Water Vapour Permeability | Class I, Sd < 5 m |
| Capillary Water Absorption | < 0.1 kg/m²·h⁰·⁵ |
| Storage Life | 12 months in unopened packaging, stored in a cool and dry place |
| Explanation | The stated technical values are approximate laboratory results obtained at +23 °C temperature and 50% relative humidity conditions. |
