GROUND SCREW
2023-11-29 19:30:05
The prehistory of the use of spiral ground stakes can be traced back to the 1830s, as early as the application of a field anchor system to a lighthouse built in tidal areas in England. Since the 1840s, spiral ground piles have flourished and were mainly used as anti pull anchor piles in the early stages. After the 1880s, as an alternative pile type with common advantages, spiral ground piles were widely used in countries such as Australia, and Europe, meeting various engineering requirements such as compression resistance, pull-out resistance, and horizontal resistance.
Spiral ground pile is a type of pipe or column pile with metal or non-metal materials and spiral blades, which is screwed into the ground using equipment to replace concrete and strip roots. The pile top is connected to the load, and its advantages are convenient construction, significantly shortened construction period, environmentally friendly, environmentally friendly, and not damaging vegetation. It can be implemented in various climatic conditions including northern winter, and can be easily relocated and retrieved.
Spiral ground stakes have been widely used in power towers, signal signs, house foundations, street lamp foundations, etc., and are gradually being applied in the construction of billboards, temporary venues, warehouses, school buildings, municipal equipment, transportation equipment, and other fields.
For the entire construction process, the quality of spiral ground piles is closely related to the technical ability of on-site construction personnel. This requires relevant construction technicians to cultivate a high sense of responsibility on the basis of being familiar with design drawings and construction processes. Only in this way can the construction task of spiral ground piles be completed, and the construction quality of spiral ground piles meet the requirements of design specifications.
Spiral ground piles are widely used in current engineering construction, and their usage rate is constantly increasing, which puts increasingly strict requirements on the construction technology and process of spiral ground piles.
In order to prevent low-quality spiral ground piles from being used in engineering construction and to examine the stability of the quality of spiral ground piles, it is necessary to conduct a re inspection. Any spiral ground piles that are not clearly labeled or deemed to have quality problems need to be tracked and inspected to control their quality. Only by strict control can the quality of spiral ground piles and the overall construction quality be controlled.
At present, there are still many issues that need to be deeply discussed and analyzed in terms of technical standards, production processes, and industry norms for spiral ground piles, and there is still a lot of development space.
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