Triton Betocrete CL-210
Crystalline waterproofing admixture with hydrophobic effects.
The product can be added to all concrete where water penetration should be permanently prevented. For example cooling towers at power stations, tanks and containers, retaining basins, swimming pools, car parks, foundations, sandwich units, waterproof concrete, sewer channels/ manhole access points, tunnels, concrete pipes and everywhere where water-tightness is needed.
A liquid admixture for designing a water-tight concrete with innovative ‘2 in 1’ technology. Initially, it functions chemically and reduces water absorption in the matrix. In the next step, nano-scale crystals are formed in the capillary system by special active catalysts, which become active on contact with water. This forms a concrete that is sustainable and permanently impermeable to water.
Features and benefits:
- Promotes crystallization of the capillaries.
- Reduces capillary absorption.
- Crack healing possible for penetrating cracks up to 0.4 mm and for map/ pattern cracks up to 0.5 mm.
- Improvement of the resistance to freeze/ thaw.
- Reduction in chloride migration.
- Minimization of maintenance and repair costs.
- Time-saving.
Applications:
The product can be added to all concrete where water penetration should be permanently prevented. For example cooling towers at power stations, tanks and containers, retaining basins, swimming pools, car parks, foundations, sandwich units, waterproof concrete, sewer channels/ manhole access points, tunnels, concrete pipes and everywhere where water-tightness is needed.
Uniclass 2015 | |
CAWS | E11/435 Proprietary admixture J10/120 Cement: sand mortar with proprietary waterproof admixture J10/130 Proprietary crystallization active mortar |
Product Reference | Triton Betocrete CL-210 |
Standard product features | Colour: White. Technical characteristics:
Concrete requirements:
Dosage: The required dosage rate is 1.75–2.25% based on CEM weight and is dependent, amongst other criteria, on the concrete formula and the reactivity of the cement. The dosage should be identified with a suitability trial. |