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31～60 item / All 777 items
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Ground reinforcement work | RES-P method technology to thoroughly prevent settlement accidents in weak ground.
Conquering humus soil and weak ground! The RES-P method for ground reinforcement prevents sinking through the combined effects of small-diameter steel pipes and the ground, ensuring the structural safety of buildings.
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Ground reinforcement work | Protecting structures with the reliability of public performance certification: RES-P method technology.
Acquiring public performance certification! The RES-P method maintains building safety with reliable structural integrity evaluated by the Building Center and high-precision data management.
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Ground reinforcement work | RES-P method that thoroughly considers neighbors with low noise and no soil disposal.
Thorough consideration for neighbors with low noise and no soil displacement! The RES-P method allows for clean construction without the use of cement, making it possible to work in densely populated areas.
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Ground reinforcement work | Achieving shortened construction time with zero curing and no soil displacement using the RES-P method.
Significantly shorten construction time with zero waste! The RES-P method reduces total construction costs through a no-dirt-disposal approach and the combined effect of small-diameter steel pipes.
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Ground reinforcement work | Gaining trust with the RES-P method through small site adaptation and performance certification.
Construction is possible even on narrow sites! The RES-P method for ground reinforcement achieves reliable quality through high-precision design and construction with 2-ton compact machinery, having obtained official performance certification.
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Ground reinforcement work | High support capacity with ETP method that meets the needs of large-scale facilities and high-load structures.
Responding to large-scale facilities and high-load structures! High-support-capacity ETP method. Strongly supports concentrated loads with a full range of 16 sizes of steel pipe variations and deep depth compatibility.
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Ground reinforcement work | ETP method that realizes the longevity of buildings and preservation of asset value.
Protecting longevity and asset value! The ETP method excels in long-term durability. The bottoming effect of steel pipe piles and tip wings prevents building deterioration and settlement risks in advance.
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Ground reinforcement work | Achieving smooth examination applications with the ETP method certified by the Minister.
The reliability of solid ground reinforcement supported by ministerial certification and technical performance proof. The ETP method, which has obtained public certification, facilitates a smooth review of application for confirmation and demonstrates safety.
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Ground reinforcement work | Strengthening structural seismic resistance with the ETP method, which is strong in both pushing and pulling!
Strongly responds to pushing and pulling! ETP method enhances seismic resistance. The disc-shaped tip wings counteract loads from multiple directions, ensuring the safety of structures.
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Ground reinforcement work | A reliable data management system to prevent neighbor disputes and settlement risks.
Eliminate neighborhood disputes and subsidence risks! ETP construction method compliant with regulations. We provide reliable peace of mind through data management and clean construction.
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Ground reinforcement work | Optimized for the site with a wide range of applications and flexible design using the ETP method.
Wide applicability and flexible design capabilities! The ETP method, with 16 sizes of steel pipes and various wing diameters, is optimally suited for ground reinforcement of all types of buildings.
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Ground reinforcement work | Reduce costs with the ETP method for shortened construction periods and easy removal!
A next-generation ground reinforcement ETP method that achieves both shortened construction periods and cost reduction. It builds a solid foundation quickly with no soil disposal and no curing.
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Ground reinforcement work | Eliminate settlement risks in narrow sites with ETP method and data management.
The ETP method, utilizing a compact dedicated machine, is designed for construction in narrow spaces. It demonstrates reliable reach to the support layer and high safety through real-time tracking management of penetration data.
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Ground reinforcement work | Achieving environmental conservation and cost reduction with the no-dumping ETP method.
The ETP method achieves zero generation of residual soil and low noise and low vibration construction. It prevents soil contamination without using cement, contributing to reduced disposal costs on-site and shortened construction periods.
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Ground reinforcement work | Ensuring high bearing capacity and structural safety with Ministerial Certification ETP method.
The ETP method, certified by the Minister of Land, Infrastructure, Transport and Tourism, prevents uneven settlement accidents of structures through high support strength generated by its disc-shaped tip wings and strict quality control.
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Ground reinforcement work | Trust in GBR-C performance certification and high-quality ETP-G method
Reliable technical expertise in obtaining GBRC performance certification! The ETP-G method protects buildings through rational calculations based on SWS testing and an ISO-compliant quality management system.
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Ground reinforcement work | Visualizing construction quality through casting torque management with the ETP-G method.
Proving reliable support layer establishment with automatic monitoring of total installation torque! The ETP-G method boasts advanced quality control and traceability.
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Ground reinforcement work | ETP-G method that is environmentally friendly with zero industrial waste emissions.
Rotary penetration construction that does not produce industrial waste or excavation residual soil! Ground reinforcement using the high-support ETP-G method that prevents soil contamination and contributes to the preservation of the global environment.
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Ground reinforcement work | Trust in GBR-C performance certification and high-quality ETP-G method
Reliable technical expertise in obtaining GBRC performance certification! The ETP-G method protects buildings with rational calculations based on SWS testing and an ISO-compliant quality management system.
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Ground reinforcement work | Low-noise ETP-G method ideal for construction in narrow sites and residential areas.
With compact construction equipment and low noise and vibration technology, we can smoothly handle narrow sites and densely populated residential areas! The ETP-G method achieves reliable advanced support strength.
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Ground reinforcement work | Preventing nearby site troubles with low-noise, no-dumping DM method.
Low noise and low vibration construction with a no-dirt-disposal technology that does not use cement. This minimizes the impact on the surrounding environment and enables ground reinforcement work in densely populated residential areas that is friendly to nearby residents.
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Ground reinforcement work | A reliable structure that prevents differential settlement accidents of buildings using the high-support capacity DM method.
Large cast iron wings and bolt-fixed structures boasting a diameter up to 3.5 times that of steel pipes. The DM method demonstrates tremendous tip support strength, eliminating subsidence accidents in small-scale buildings.
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Ground reinforcement work | Establishing a foundation design based on evidence using the DM method of GBRC performance certification.
DM method for obtaining GBRC performance certification. High-reliability ground reinforcement that meets building confirmation applications and design reviews, supported by clear calculation basis and bolt connection technology.
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Ground reinforcement work | Optimizing the entire construction process with the DM method to achieve a shortened construction period.
Bolt connections that do not require on-site welding and rotary insertion construction that does not require curing. This eliminates the risk of delays in the process and enables speedy ground reinforcement work.
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Ground reinforcement work | Building environmentally friendly foundations using DM method with recycled materials.
Advanced wings for the reuse of iron scrap and soil-free penetration without cement. A sustainable DM method that dramatically reduces environmental impact while achieving high load-bearing capacity.
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Ground reinforcement work | Tackling narrow residential areas with a low-noise DM method that generates zero residual soil.
Construction with zero residual soil through non-discharge rotary penetration techniques and low noise, low vibration technology. Considerate of the surrounding environment, the ground reinforcement work in densely populated residential areas with limited space is completed smartly.
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Ground reinforcement work | Completely prevent building settlement with the DM method that standardizes construction quality.
Uniform construction quality in bolt joints without welding. By utilizing advanced real-time data management and high-support-capacity leading edges, we build a safe foundation that prevents differential settlement.
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Ground reinforcement work | Building a reliable and safe foundation structure with the DM method for obtaining performance certification.
DM method for obtaining GBRC performance certification. With high support strength from ductile cast iron tips and bolt connections, it is ideal for ground reinforcement of retaining walls and small-scale buildings.
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Ground reinforcement work | Significantly reduce construction costs and duration with cost-saving DM method.
Reduce soil disposal costs and construction costs with bolt connections that do not require welding and non-dredging rotary penetration. Achieve economical and reliable ground reinforcement with the DM method, which has obtained performance certification.
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Ground reinforcement work | Safe foundation construction technology to prevent differential settlement using high-support capacity DM method.
An environmentally friendly DM method that achieves high support strength through advanced wing and bolt connections. It strongly supports safe ground construction for small-scale buildings with no soil displacement and low noise construction.
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