The soil anchor is used immediately in many areas: when fixing retaining walls, strengthening the foundations of high-rise structures of the foundation pit fence, the bottom of the docks, as well as lowering wells, walls of various underground objects, on slopes or slopes formed by landslides. In order for the anchor in the soil to perform its functions properly, there are companies that design such actions, produce design positions and schemes, and, in fact, carry out the installation of the anchors with the help of appropriate equipment. It can be an injection anchor or a self-opening type anchor..
What kind of element is necessary will be determined by a specialist based on the type of soil, the degree of future load and the depth of the facility. The same can be said about the materials themselves and the companies of manufacturers of soil anchors. Specialists work only with high-quality and proven materials, which until now are already quite widely used in our country and abroad..
The principle of operation of anchors
Briefly describe the principle of operation, the injection elements provide such effects on structures as: compression, stretching, or bending. By and large – this creates a wide front for action and work. For example, with the help of the aforementioned anchors, the slopes of mountain ranges are strengthened, various types of transport infrastructure are being reconstructed (railway, automobile road sections), tunnels or berth structures are being repaired, river mouths, supporting masts, power transmission lines or telephone networks are being strengthened. They are also used when fixing wind generators, ski lifts and in many other reconstruction works related to all kinds of buildings and structures of complex structures.
Many anchors are designed for huge loads. In appearance, these are pipe elements that are used as piles and soil pins driven into the ground under the influence of a powerful press.
Brown injection anchors and the modern installation process have a number of advantages. For example, high labor productivity, the absence of adverse effects on existing foundations and the successful use on unstable soil foundations without involving casing elements (pipes).
