Cracked walls and uneven floors are often symptoms of the problem. Many design problems are associated with unstable soil conditions or subsidence. To eliminate these problems, it is important to understand not only the visible effects on the building or structure, but also what is happening in the ground itself. Different types of soils cause different problems and require different solutions. Having an expert who knows what to do can ensure that when you solve one problem, you don’t cause another.
Misunderstanding the situation can lead to disastrous results. As an example, one residential building was damaged after the owner arranged a decorative blind area made of FEM tiles along the gortsovka layer around the perimeter of the house during a major renovation of the house. The house was built on a heaving (with the ability to swell) clay base. Atmospheric water seeping through the blind area, saturating the clay at the base of the foundation. Due to the heaving effect, the clay unevenly raised various parts of the building. As a result, the improvement of the site caused much more significant damage to the building, since the type of foundation soil was not taken into account when choosing a solution.
The volume of heaving clay varies depending on the humidity level. The soil swells when wet and frozen, and contracts when dry. In arid areas, visible cracks appear in the ground as it contracts, and most people are familiar with sticky, slippery wet clay soils that stick to your shoes. Structural problems often arise when there are different moisture levels in the soils below that cause subsidence in drier zones or uplift in wetter zones.
If you have reached this block, then you care about the future of your property. By applying for help from qualified specialists in time, you will significantly save your time and financial costs.
The first step to save an object that is subject to destruction is to examine the building by specialists. This will help you avoid making rash or ill-considered decisions about measures aimed at stopping this process.
Premium Technologies specialists will go to the site and determine the type of foundation deformation and find out its causes. Depending on the data obtained, they will perform the necessary calculations, determine which measures will help to stop the destruction of the building, and which method of strengthening the foundation will be optimal.
Almost instant results
Only top-end equipment and tools
Post-project monitoring and responsiveness when improvements are needed. Communication 24/7
Parallel improvement of hydro -, heat-and vibration insulation characteristics of structures
Performing work using Premium Technologies technology does not require moving out residents or stopping the operation of the house.
The materials we use are durable and resistant to aggressive environments. Premium Technologies has the ability to guarantee works for up to 60 years.
We use Premium Technologies geopolymer resin injection technology, which is similar to a "microsurgical operation" without excavation and excavation or clutter management.
Cracks in the walls are closed as the building structure rises. Windows and doors will work normally again if there were misalignments before.
The injected material is environmentally inert and does not have a harmful effect on the environment.
