A design that achieves safety, economic efficiency, and low-cost piles. It allows for shortened construction periods and reduced construction costs.
We would like to introduce the "Earth Drill Type Enlarged Base Pile Method / Cast-in-Place Steel Pipe Concrete Pile." The "Earth Drill Type Enlarged Base Pile Method" features the ability to achieve 2 to 3 times the bearing capacity compared to straight piles of the same shaft diameter, using approximately half the amount of excavation spoil and concrete. Additionally, the "Cast-in-Place Steel Pipe Concrete Pile" was developed to improve seismic resistance. The parts of conventional cast-in-place concrete piles, such as the pile head, which experience large bending moments and shear forces, have been reinforced with steel pipes featuring internal protrusions. 【Features】 < Earth Drill Type Enlarged Base Pile Method (HND Method) > ■ Achieves 2 to 3 times the bearing capacity compared to straight piles ■ Received evaluation from the Japan Architectural Center (Foundation) on November 13, 1990 ■ Excellent safety and cost-effectiveness ■ Reduces construction period and costs *For more details, please refer to the PDF document or feel free to contact us.
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【Features】 <Place-Driven Steel Pipe Concrete Pile (STBC Method)> ■ Developed to improve seismic resistance ■ Reinforced with steel pipes featuring internal projections in areas subjected to large bending moments and shear forces *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Futaba Materials Co., Ltd. is developing its business with two main pillars: the construction sector and the welfare services sector. We offer various construction methods, including the "SY Method," which allows for the installation of enlarged piles with five times the support capacity even in narrow sites using a mechanical widening bucket, and the "GSB Method," which enables the construction of enlarged piles in soft and medium-hard rock support layers using an all-casing approach. Please feel free to contact us if you have any inquiries.