Available Packaging and Coverage
1L 500–800 ml per 50 kg of cement
5L 500–800 ml per 50 kg of cement
Application
Bayris Hydrophobic Additive for Concrete and Mortars is designed for all ready-to-use types of concrete and mortar where additional waterproofing is required, particularly in demanding climatic conditions and areas with high groundwater levels. It is used for building foundations, hydraulic concrete, swimming pool shells, retaining walls, water treatment facilities, locks, paving slabs, fences, small concrete products and decorative concrete elements. The Bayris additive is also suitable for open terraces and balconies, concrete drainage and water disposal systems, as well as for preparing surfaces and screeds before fixing tiles and facing stone on exposed horizontal surfaces. Can be added to all cement-based adhesives.
Characteristics
Promotes accelerated self-sealing of concrete pores, reducing water absorption of finished concrete products by two times or more. Prevents efflorescence during service life while maintaining vapour permeability. Improves frost resistance, abrasion resistance and resistance to aggressive environmental conditions. Extends the service life of concrete structures. Enhances the colour intensity of coloured concrete products. Does not cause corrosion of steel reinforcement or cement stone.
Application Instructions
Apply at substrate and ambient temperatures between +5 °C and +30 °C. Add to the concrete mix simultaneously with the mixing water. Ensure even distribution of the additive by thorough mixing.
Consumption
(0.5–0.8) L per 50 kg of cement depending on the mineral composition of the cement, filler characteristics and intended application.
Used for building foundations, hydraulic concrete, swimming pool shells, retaining walls, water treatment facilities, шлюзів, paving slabs, fences, small concrete products and decorative concrete elements.
Packaging 1L; 5L
Dosage 500–800 ml per 50 kg of cement
TEMPERATURE RANGE: use at air temperatures from +5 to +30 °C
Featuresprovides hydrophobisation of capillary pore systems