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Pre-boring root solidification method "Super FK Method"

Pre-boring root solidification method "Super FK Method"

Introducing the Pre-Boring Ground Stabilization Method: Achieving Excellent Functionality, Safety, and Cost-Effectiveness!

The "Super FK Method" is a pre-boring foundation method that eliminates concerns about high stopping and ensures that the pile tip is securely anchored within the designated ground. The construction process is not complicated, making construction management easy, and it incorporates an expansion function into the injection fluid, allowing for high friction resistance. Additionally, we handle the "YP-FK pile," which has been certified as JIS A 5373 (Japanese Industrial Standards). 【Features】 ■ Easy insertion of piles ■ Ensures secure anchoring of the pile tip within the designated ground ■ Simple construction process and easy management ■ Low noise and low vibration ■ Can be used as support piles *For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method

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Pre-boring expansion grouting method "Kemun Method/ST Kemun Method"

Pre-boring expansion grouting method "Kemun Method/ST Kemun Method"

Construction Minister certified construction method! Pre-boring expansion grouting method that can be securely anchored to the support layer.

The "Kemun Method/ST Kemun Method" is a pre-boring expansion grouting method that adapts to various ground conditions and ensures reliable anchoring to the bearing layer. The "Kemun Method" allows for construction using small-diameter to large-diameter piles, and by injecting pile fixing fluid along the entire circumference of the pile, friction can be expected. The "ST Kemun Method" can address horizontal forces by combining PHC piles of types B and C, PRC piles, SC piles, etc., with the upper piles. 【Features of the Kemun Method】 ■ Low vibration and low noise construction ■ Reliable anchoring of piles to the bearing layer ■ Construction possible from small-diameter to large-diameter piles ■ Adaptable to various ground conditions ■ Extremely low soil displacement compared to conventional cement milk methods *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method

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Pre-boring expansion grouting method "G-Lock Method"

Pre-boring expansion grouting method "G-Lock Method"

Improved construction efficiency! A pre-boring method that achieves reliability in construction and high support strength.

The "G-Lock Method" involves straight drilling, making the excavation process simple and improving construction efficiency through a pre-boring expansion grouting method. Since the tip of the pile's grouting section is inserted 5D (D: pile diameter) into the supporting layer (N value of 30 or more), the pile's bearing capacity coefficient α=348 is significantly high, ensuring reliable bearing capacity. By using an excavation mixing device, the injection fluid is mixed with the ground, allowing for a reduction in the amount of excavated residual soil. 【Features】 ■ Improved construction efficiency ■ Straight drilling ■ Reliable high bearing capacity ■ Enhanced construction quality and easier construction management ■ Reduction of excavated soil volume *For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method

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Pre-boring foundation stabilization method "NEW Super FK Method"

Pre-boring foundation stabilization method "NEW Super FK Method"

Supports a wide range of variations! Simple construction that meets the needs of the times.

The "NEW Super FK Method" is a pre-boring ground improvement method that integrates the foundation with the ground using segmental piles to develop bearing capacity. Since it involves straight excavation, the construction process is not complicated, which improves construction efficiency. Additionally, high blast furnace cement is used for the pile-fixing fluid and the ground improvement fluid, contributing to a circular economy through resource recycling. 【Features】 ■ By using an expansive admixture in the injection fluid, high frictional force is generated. ■ Pile sizes can accommodate from 300450 to 10001200. ■ Connection between intermediate and upper piles is possible for three types of pile diameters (shaft diameter, intermediate diameter, and segment diameter). *For more details, please download the PDF or feel free to contact us.

  • Civil Engineering Method

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STJ Method for Expanding and Reinforcing Underground Excavation

STJ Method for Expanding and Reinforcing Underground Excavation

Excavated soil is natural soil! A reliable method for constructing expanded bulb foundations through the middle excavation and reinforcement technique.

The "STJ Method" is a construction technique that involves high-pressure injection of cement milk from an STJ bit to create an enlarged bulb, integrating it with the ground to develop bearing capacity. By switching the auger's rotation to a low speed and jetting cement milk from two high-pressure injection nozzles while pulling it up at a constant speed, it is possible to reliably construct an enlarged bulb. Compared to the pre-boring method, it is a low-discharge method, and the discharged soil is natural soil, contributing to a circular economy. 【Features】 ■ Low noise and low vibration method ■ Reliable construction of enlarged bulbs ■ High bearing capacity ■ Rapid construction ■ Low construction costs *For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method

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Pre-boring expansion grouting method "Hyper-Straight Method"

Pre-boring expansion grouting method "Hyper-Straight Method"

Simple construction! Pre-boring enlarged foundation method using standard prefabricated concrete piles.

The "Hyper-Straight Method" is a pre-boring expansion solidification method where the ground is first excavated using an auger, followed by the injection of solidification liquid and pile surrounding fixation liquid, allowing the pile to be inserted into the designated support layer by self-sinking or rotation to a depth of 1D or more. Using a drilling and mixing device composed of an auger head, screw, mixing rod, and connecting rod, the construction is carried out through a sequence of steps from excavation to the injection of solidification liquid, repeated solidification of the solidified section, injection of pile surrounding fixation liquid, repeated fixation of the surrounding section, and installation of the pile. Additionally, by introducing a construction management system that supports high precision and efficiency, real-time management of the solidification bulb section and support layer is conducted to ensure quality. 【Features】 ■ Pile tip bearing capacity coefficient α=363 ■ Simple construction ■ Use of standard precast concrete piles ■ High bearing capacity at low cost ■ Construction management *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method

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Pre-boring expansion grouting method "High Beam Method"

Pre-boring expansion grouting method "High Beam Method"

Proposal for "High Support Capacity Pile Design" with consideration for the environment! Introduction of the Pre-Boring Expansion Foundation Method.

The "High Bearing Capacity Pile Method (H・B・M)" enables the reduction of pile diameter and the number of piles used through high bearing capacity pile design, achieving a shortened construction period for foundation work and a reduction in excavated soil. By adopting HB piles with enlarged diameters, it obtains the specified values of the astonishingly high bearing capacity coefficients α, β, and γ (as per the Ministry of Land, Infrastructure, Transport and Tourism Notification No. 1113). To match the large ground bearing capacity, ultra-high-strength concrete piles with a strength of over 105 N/mm² have been developed, and a group of manufacturing factories affiliated with the association provides high-quality products. 【Features】 ■ Ensures ultimate α, β, and γ values ■ Constructs environmentally friendly foundations ■ High-quality construction covering all of Japan ■ Concrete pile materials entering a new era ■ 8 types of selection variations *For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method

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