Prestressed concrete is a technique that comprises removing the traction forces of the concrete by introducing synthetic compression tensions before applying the external loads and guaranteeing that, when superimposed, the total permanent tensions should rest between the limits which the material can withstand indefinitely. The use of this prestressing concrete technique is employed in building all kinds of engineering and architectural projects, such as the concrete poles, because of the unlimited benefits it has to offer.
The following are some of the several benefits of Prestressed concrete.
Structural Strength
The employment of the prestressed technique in concrete offers its excellent strength by giving an internal compression force that counters the traction force formed by the masses of the structural elements.
The Durability of the Construction
One of the best advantages of the prestressed beams is the eradication of cracks from all of the load stages. This absence of cracking assumes the structure’s excellent capacity to bear loads, vibrations, impacts, and knocks, while decreasing the possibility of erosion in the steel, thus improving the robustness of the construction.
Saving
The use of the workable concrete grants for large spans in structure because of the length of the pieces, while offering to save in material and better lightness. For example, tensile prestressed beams are employed for enclosing huge spaces, like industrial warehouses, while giving greater luminosity. In the car park covers, for example, the use of concrete plates permits better separation between the loading supports and, therefore, better use of the area and significant savings in material.
Design
Prestressed concrete pieces provide more efficient and aesthetic architectural essentials while rendering endless possibilities in construction.
Speed in Construction
It offers faster manufacturing by targeting different fronts at the same time or constructing different parts of the construction simultaneously. The concrete pole machine manufacturer makes the most efficient machinery in such a case, which makes them sturdier concrete poles in very less time. This generally provides important economic benefits in a full financial and economic analysis of the work.
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