Execution of works, consultancy in the field of technology selection and design.
reinforcement of slopes and stabilization of landslides
anchoring foundation slabs and other structural elements affected by buoyancy forces
strengthening, creating and anchoring excavations
foundation of bridges
assembly of elements located on hard-to-reach, unstable grounds
assembly of elements with high load moment (e.g. power poles)
a comparable coefficient of transferring the compressive and pull-out loads. This is due to the fact that micropiles transfer the load on the side surface. As a result, the differences in load capacity usually do not exceed a dozen or so percent. It gives wider possibilities of application.
good ratio of load capacity to size of micropile
the possibility of introducing micropiles with the help of small equipment. It is especially important when working in tight buildings, as well as on hard-to-reach substrates with poor geotechnical parameters.
little nuisance of works
small displacements of micropiles
can be used in soils with poor parameters
the possibility of repairing and strengthening the existing foundations
high durability and efficiency of the installation
the possibility of a significant reduction in the dimensions of the foundation set on micropiles
speed of work in all soil conditions
possibility of combining the carrying function of a micropile with the function of a ground heat exchanger – the so-called geothermal micropiles (alternative to traditional exchangers operating in heating systems with the use of heat pumps)