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Helical piles have the potential to stabilize rocky soil, albeit this technique may be constrained by certain factors.
The rocky soil possesses a significant load-bearing capacity. Such formations hardly undergo deformation. They possess the capability to withstand pressures of up to 120 MPa. All of these factors result in an ideal setting for construction. The composition and density of the rocky soil may require the use of specialized equipment for drilling holes where the piles will be placed.
It is important to consider the depth of installation and the required load-bearing capacity when selecting helical piles for rocky soil. The ability of the helical pile to penetrate such soil is also important, which may depend on its density and hardness.
During installation, it is important to consider potential variations in loads and vibrations, as they can have an impact on the stability of the piles and the overall structural integrity. It may be necessary to perform additional calculations and implement preventive measures in order to ensure a secure installation.
For stabilizing rocky soil, the use of helical piles is feasible, but it requires a thorough evaluation of conditions and the selection of optimal parameters for each specific situation. Our specialists are available to provide assistance with these inquiries.
One may submit a request for the evaluation of their project by our experts.
Project assessment will be completed within 2 business days.
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Specialists of the Screw Pile Plant will be happy to help you in selecting the optimal nomenclature and budget determination for your project.
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