Mapei Mapelastic is a two-component cementitious mortar offering a good degree of flexibility as low as -20 degrees centigrade. Mapelastic is ideally suited for protecting concrete surfaces and structures from environmental attack, as well waterproofing balconies, terraces, bathrooms, showers, terraces, swimming pools and concrete basins used for containing water. Mapelasic is ideal for use over existing floor coverings such as ceramic and porcelain or terracotta, etc. Mapei Idrosilex Pronto is an osmotic cementitious mortar suitable for contact with drinking water, waterproof foundations, walls, cellars, basements, lift-rooms, swimming-pools, canals and reservoirs.
Mapei Smooth & Repair R4-class has been formulated from high quality resins and polymers for structural repairs and smoothing over internal and external horizontal and vertical concrete surfaces. Smooth & Repair is suitable for repairing structures exposed to the open air and also in permanent contact with water. The highly thixotropic features allow for easy application on both vertical and overhead surfaces, with no waste and along with very low emission level of volatile organic compounds (VOC) EMICODE EC1 R Plus Mapei repair mortars are offering a greener alternative to many other brands.
Mapei Waterproofing
Mapei products have been used extensively throughout Europe for many years due to their quality and reliability. Whether it be a joint for a wall to a concrete floor slab, tanking a basement, roof terrace or a balcony, or even a swimming pool, Mapei has a solution. Mapei has formulated rapid-setting fibre-reinforced structural cementitious mortar, applied in a single layer from 3 to 40 mm thick, for repairing and smoothing concrete. Mapelastic Turbo has been formulated as a fast drying waterproofing product for concrete structures, cementitious screeds and old floor and wall coverings, allowing for tiling after 4 hours in normal weather conditions and within 24 hours at temperatures down to 5 degrees centigrade. Mapelastic Turbo demonstrates the same resistance to chemical attack from de-icing salts, sulphates, chlorides and carbon dioxide.