TAMPA
The TAMPA tradename plugging compounds are nano-modified polymer mineral composite materials designed for waterproofing work using the injection method (horizontal, vertical, or slant borehole drilling with hydrodynamic and aerodynamic injections); they can also be used for dry mix filling technique in soils and rocks of any water content and acidity, both in sedimentary and hard rock, and in man-made soils.
Applications of the composites
Elimination of drilling fluid loss
Stopping ingress of pressurised water from boreholes
Elimination of gas/mud springs, restoration of natural water confining layers. Elimination of pressurised water ingress caused by a breakthrough
Stopping ingress of pressurised water from boreholes
Elimination of gas/mud springs, restoration of natural water confining layers. Elimination of pressurised water ingress caused by a breakthrough
Waterproofing of underground buildings and structures of any type
Construction of in-ground waterproofing barriers
Building cut-off walls to enclose waste dumps and tailings ponds
Construction of in-ground waterproofing barriers
Building cut-off walls to enclose waste dumps and tailings ponds
Anticorrosion protection of pipelines
Protection of sites using hydro engineering techniques
Karstic protection of sites
Protection of sites using hydro engineering techniques
Karstic protection of sites
Elimination of drilling fluid loss. Stopping ingress of pressurized water from boreholes.
Elimination of gas/mud springs, restoration of natural water confining layers.
Elimination of pressurized water ingress caused by a breakthrough.
Elimination of gas/mud springs, restoration of natural water confining layers.
Elimination of pressurized water ingress caused by a breakthrough.
Waterproofing of underground buildings and structures of any type.
Construction of in-ground waterproofing barriers.
Building cut-off walls to enclose waste dumps and tailings ponds
Construction of in-ground waterproofing barriers.
Building cut-off walls to enclose waste dumps and tailings ponds
Anticorrosion protection of pipelines.
Protection of sites using hydro engineering techniques.
Karstic protection of sites.
Protection of sites using hydro engineering techniques.
Karstic protection of sites.
We have already completed more than 40 projects implementing our waterproofing composite compounds
Performance Data and Specifications
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The compounds have a high degree of watertightness1 -
Adhesion to metals and concrete ranges from 0.2 to 0.7 MPa, respectively2 -
The compounds are noncombustible, non-toxic, and show high tolerance to non-polar liquids3 -
Our products are resistant to cyclic 'freeze-thaw' action without losing their performance features4 -
The watertight diaphragms and impervious membranes built using our compounds are resistant to cyclic dynamic loads and earthquake effect5 -
When exposed to shearing action, they can automatically restore their structure due to cohesive properties of the contained polymers6
Key Competitive Advantages of the Solutions We Offer
Our compounds can be implemented as a multi-purpose and efficient technique to ensure water tightness and anticorrosion protection of facilities in the construction and installation phase and during their operation.
- Efficient Performance
Even in the conditions of a high pressure water leakage - Protective features
Protecting the underground parts of buildings & structures against corrosion - Single solution
Requires no additional roll-out membrane, surface applied or penetrative waterproofing - Resilient Ability
Resumes its original shape after subsidence and shifting of buildings / installations, which may cause a repeated groundwater leakage
- Versatility of Applications
Meant for waterproofing of heavily corroded concrete with cavities, holes and cracks 5-20 mm wide, and greater