"All keys are at the tip of the stake" - exceptional penetration performance and high-strength structure due to special parts, thick materials, and double-sided welding processing.
The "e-pile next method" maintains the high strength and uniform quality of steel pipe pile methods, as well as renewable environmental performance. Additionally, it features low noise and low vibration due to rotary insertion construction, and a no-dirt-discharge construction method that is excellent for consideration of the surrounding environment and neighbors. With a wide base structure that demonstrates strong practical performance and outstanding penetration capability, and by adding a widened structure to the top of the pile, we have achieved higher economic efficiency and safety through improved cross-sectional performance. 【Features】 ■ Outstanding penetration performance ■ High-strength structure with special parts, thick materials, and double-sided welding ■ Higher economic efficiency and safety achieved with widened piles ■ Compatible with three types of ground: "clay, sandy soil, and gravel" (Ministerial certification) ■ Eco Mark certified *For more details, please refer to the PDF materials or feel free to contact us.
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【Other Features】 ■ The diamond-shaped cutting holes at the tip of the pile exhibit excellent excavation performance. ・ The soil discharge mechanism inside the pile prevents idling and high stopping. ■ Real-time confirmation of the support layer using a dedicated management device. ■ Adaptability to unevenness and inclination of the support layer. * For more details, please refer to the PDF document or feel free to contact us.
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【Usage】 ■ Uneven or sloped supporting ground ■ Narrow sites ■ Underground obstacles due to embankments, etc. ■ Adjacent areas such as rivers and parks *For more details, please refer to the PDF document or feel free to contact us.
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Company information
Since our establishment in 1989, we have actively provided optimal technology for various ground conditions. Recently, in relation to environmental factors, we have been focusing on the steel pipe pile method, which is advantageous for environmental pollution and recyclability, and conducting research and development on various new construction methods. We believe that our social mission is to respond to the diversifying needs with new technologies and ideas, while providing a comfortable living environment through the design and construction of foundation infrastructure.