Ground reinforcement work | The necessity to enhance construction efficiency and significantly reduce overall costs.
Ground reinforcement work
The necessity of ground reinforcement work to improve construction efficiency and shorten construction periods. The use of stepped steel pipe core materials enhances load-bearing capacity, reducing leftover soil costs and overall expenses.
In residential construction and various construction projects, achieving cost reduction in ground works and shortening construction periods is a significant challenge that affects business profitability. Choosing inappropriate methods for weak ground not only causes uneven settlement issues but also leads to excessive construction lengths and large disposal costs for construction waste, putting pressure on the overall budget. The Tiger Pile method is a high-efficiency hybrid ground reinforcement technology that uses high-strength stepped steel pipes as core materials within soil cement columns. By combining the lateral resistance of the columns with the material strength of the steel pipes, it dramatically increases the vertical load-bearing capacity per improved body, allowing for a significant reduction in construction length. This method simultaneously reduces the number of pouring locations and shortens construction periods while greatly decreasing the amount of generated waste soil, thus significantly cutting disposal and transportation costs. GeoTech Co., Ltd. provides high-quality ground reinforcement services that combine short construction periods, low costs, and high reliability through real-time monitoring with the latest construction management devices and a nationwide construction network. We strongly support the improvement of overall profitability in business plans.
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basic information
The Tiger Pile Method is equipped with performance certification specifications that achieve high economic efficiency and quality stability. Based on the GBR-C performance certification (No. 06-12 Revision 4) from the Japan Building Comprehensive Testing Institute, it can be applied to buildings with three stories or fewer and a total floor area of 8,000 m² or less, as well as retaining walls with a height of 5 meters or less. By combining soil cement diameters of φ400, 500, and 600 mm with stepped steel pipes (φ76.3 mm and φ114.3 mm), it realizes a rational construction specification with a minimal component configuration that avoids waste and meets the required bearing capacity.
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It is ideal for situations where reducing construction costs and shortening construction periods are the top priorities in foundation ground reinforcement work for detached houses, apartments, and small-scale stores. Additionally, it demonstrates extremely high effectiveness in urban areas with limited space where disposal costs for construction debris tend to be excessive, as well as in densely populated residential areas where minimizing the traffic of material delivery vehicles is desired. It is widely adopted as a practical solution for contractors and house manufacturers to provide clients with cost-effective and highly reliable ground reinforcement proposals.
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