EURAS TECHNOLOGY is a company specialized in waterproofing of building objects, tunnels, reservoirs, garages, basements, swiming pools and similar underground constructions. We are ready to offer you our services during planning and construction of new objects and to intervene on damaged structures. Our high-edge technology and experience guarantees complete protection from penetration of water and humidity.
DESCRIPTION
The Euras technology injective gel is a solvent-free elastic mass of mineral origin suitable for applying on both dry and wet surfaces. It is permanently resistant to weather conditions, salty water, diffusion, UV rays, freezing and temperatures up to +100°C. When injected into substrate it partly absorbs the water and the rest is pushed out from the environment. It is water resistant and non-corrosive. Suitable for applying even on bitumenous substrates.
FIELDS OF APPLICATION
The Euras Technology gel application is very practical, even in some cases irreplaceable, to stop and prevent water leakage into underground and subter-ranean objects and chambers like tunnels, pools, fountains, garages, cellars, tanks, basements, etc. It can be applied to seal cracks, joints and cavities on mortar, concrete, brickwork, glass, ceramic tiles, and variety of metal and synthetic materials.
Repair, in most cases, is achieved by drilling injection holes in the damaged area of a structure and placing injection packs (operating and control) into them. The number and arrangement is determined separately for each case and depends on the quantity of water inflow, dimensions of the elements that are drilled and quality of the material from which the element is made of.
Through operating packs working under high pressure (50-200 bars) the right amount of gel is injected in the direction from which water under pressure enters into the interior. Injection is performed until on control packs, instead of water, gel appears. This ensures that water is permanently removed from an affected zone, and gel takes its place thus preventing remaining potential impacts of groundwater under pressure to occur.
The amount of gel that is injected, in principle, corresponds to the volume of water squeezed out. The mass remains permanently in the gel state, blocks the passage of water, what finally results in a successful elimination of water from the damaged zone and therefore the successful remedial and preventive actions to possible further water penetration.
