A ground reinforcement method that demonstrates stable high strength regardless of soil type.
In public facilities (schools and hospitals), the long-term stability of buildings is essential to ensure the safety of users. In particular, the condition of the ground is directly linked to the safety of the building, making reliable ground reinforcement indispensable. Inadequate ground reinforcement can lead to settlement or tilting of the building, potentially jeopardizing user safety. The Pure Pile method by Geotech Co., Ltd. provides stable high strength unaffected by soil conditions, contributing to the safety of public facilities. 【Application Scenarios】 - Ground reinforcement during the construction or expansion of schools and hospitals - Construction in areas where ground weakness or liquefaction risks are a concern - Public buildings requiring long-term safety 【Benefits of Implementation】 - Ensuring long-term stability of buildings - Reducing the risk of ground settlement and tilting - Contributing to the safety of users
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【Features】 - It exhibits stable high strength without being affected by soil conditions. - The cement milk solidifies into a pile shape underground, ensuring high quality and high strength. - The conical excavation head eliminates the risk of soil clumping during excavation and does not loosen the ground. - It is backed by the Architectural Technology Performance Certification from the General Incorporated Foundation Japan Building Disaster Prevention Association (GBRC Performance Certification No. 11-28 Rev. 4). - The maximum construction depth is 10m, with a design diameter of 0.2m. 【Our Strengths】 GEO-TECH Co., Ltd. provides "total ground services," offering a one-stop solution for all ground-related tasks, including ground surveys and reinforcement design/construction for new buildings, settlement correction work for existing structures, and soil contamination investigations. With extensive experience and reliable technology, we create the future of cities from the ground up.
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It can adapt to sandy and clayey ground in both the surrounding and the advanced ground, including sites with layers of humus soil where poor solidification is a concern (the friction of humus soil is not considered). The applicable range includes single-family homes and small buildings with up to three stories, a building height of 13 meters or less, and a total floor area of 1500 m² or less (for single-story buildings, 3000 m² or less). A practical advantage is that when using straight rods, there is no soil removal mechanism, resulting in almost no residual soil generation. Compared to conventional columnar improvement methods, it efficiently distributes and supports building loads with numerous small-diameter columns, ensuring high safety and enabling construction at a lower cost, thus providing reliable economic benefits and peace of mind.
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