Our Services
Restoring structural integrity and halting the progression of deformations through structural tying using reinforcement elements. The system is configured as a composite assembly—comprising a reinforcement element, an anchoring system, and injection filling—tailored to the specific building. It is suitable for use with brick masonry, concrete, and arched structures.
If soils of varying density lie beneath different sections of the foundation, they deform unevenly under load. One part of the foundation settles more than another. Brick and block masonry is particularly prone to cracking that follows the mortar joints and gradually spreads from corners or openings.
The technology can be applied to brick, stone, and concrete structures—including foundations, walls, columns, floor slabs, arch assemblies, underground structures, and other building elements. Injection allows for localized restoration without large-scale structural dismantling and with minimal interference with the building.
We perform the leveling and lifting of concrete floor slabs. Depending on the causes of deformation, the work may include soil stabilization, void filling, controlled structural lifting, crack sealing, injection of damaged areas, and structural reinforcement of specific elements.
A comprehensive approach to foundation strengthening that combines three technological methods: geopolymer injection, gel-composite injection, and extendable micropiles. The choice of technology is determined by the results of the site assessment, the foundation type, soil characteristics, the magnitude and nature of the loads, and the specific technical requirements.
Soil stabilization via injection using geopolymer resins and gel-composite mixtures. The specific solution is determined following an assessment and analysis of the subgrade condition, structure type, and nature of deformations. These technologies can be applied beneath existing foundations, floor slabs, construction sites, and other structures.
Traditional methods involve excavating the site, removing soil, accessing the void, and mechanically filling it. In many cases, this entails significant expenditure of time, money, and resources. GeoResin, Inject, and Benefill technologies enable operations to be carried out directly through a system of injection boreholes, minimizing disruption to existing infrastructure.
Vibration protection of structure foundations using an injection method that improves soil mechanical properties. Enhancing the characteristics of the soil mass reduces non-uniformity in its behavior, increases foundation stability, and minimizes the risk of deformation caused by prolonged cyclic vibration loads.
Installation of hydraulic barriers, anti-seepage screens, and soil stabilization systems using injection technologies and sheet piles for a wide range of engineering and construction applications.
Comprehensive creation of a waterproofing system combining structural sealing, the installation of anti-seepage barriers, and the stabilization of the adjacent soil mass.
