A single component, polymer modified cement “tanking” system for walls and floors, designed to be applied as a waterproof slurry. TT 55 is a highly effective damp proof membrane for brickwork, concrete or any cementitious substrate. Surfaces to be treated with TT55 should be correctly prepared, free from all loose materials and contaminants and be in a sound and solid condition. For application to floors, TT55 should be applied directly to the structural slab. For wall applications, TT55 should be sandwiched between sand/cement render coats. For all TT55 applications, special attention should be given to wall/floor junctions.
Triton TT55 ME is a two component polymer modified cement based, flexible, protective and waterproof membrane coating. It is suitable for either vertical or horizontal surfaces and ideal for areas which are liable to cracking or deformation on the surface, and can be successfully used at wall/floor junctions. The polymer emulsion additive imparts high adhesion and flexibility along with its own high level of water resistance. It is suitable for the internal and external waterproofing of concrete, sound brickwork and cement based elements of water retaining and water resisting structures such as basements, retaining walls, lift pits, swimming pools, construction joints, underpinning joints, balcony decks, bund linings or terraces etc.
A surface applied system which waterproofs and protects concrete in depth. Supplied as a powder which only needs mixing with water before application on: basements/retaining walls, concrete slabs (floor/roof/balcony), construction joints, water retaining structures, swimming pools, reservoirs, sewage treatment plants, channels and potable water tanks. When applied to a concrete surface, the active chemicals combine with the free lime and moisture present in the capillary tract to form insoluble crystals which block capillaries and minor shrinkage cracks to prevent any further water ingress (even under pressure). However the product still allows the passage of water vapour through the structure, allowing the concrete to ‘breathe’. It also protects concrete against seawater, aggressive ground water and certain chemical solutions.