地盤補強(地盤改良)工事
地盤補強(地盤改良)工事
地盤補強工事について
151～180 item / All 181 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 | Achieving shortened construction periods with immediate start and zero leftover soil using the RES-P method.
Immediate construction with zero spoil and zero curing! The RES-P method for ground reinforcement reduces excavation costs and shortens the process through the use of small-diameter steel pipe penetration without the need for cement.
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Ground reinforcement work | RES-P method for tackling narrow sites and densely populated residential areas with low noise.
Overcoming narrow plots and densely populated residential areas! The RES-P method for ground reinforcement considers neighbors with low-noise, low-vibration construction using 2-ton compact heavy machinery and non-excavation penetration.
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Ground reinforcement work | Achieving reliable trust with public evaluation and performance certification through the RES-P method.
Obtain public evaluation and performance certification! Ground reinforcement RES-P method that supports buildings for a long time based on clear design standards such as evaluations from the Japan Building Center.
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Ground reinforcement work | The SMD pile method boasts overwhelming tip resistance and ministerial certification technology.
The SMD pile method, certified by the Minister of Land, Infrastructure, Transport and Tourism, prevents initial shaft deflection due to its special inner and outer wing structure, demonstrating immense tip support capacity with a complete blockage effect.
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Ground reinforcement work | SMD method that reduces site costs with no soil disposal and low noise.
An environmentally friendly SMD method that achieves both the reduction of surplus soil disposal costs and the protection of the surrounding environment through construction without any generated soil and low-noise rotary penetration.
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Ground reinforcement work | SMD method that facilitates smooth processing of confirmation applications with efficient approval procedures.
The SMD method, which has ministerial certification and is optimal for structures subject to administrative guidance during the application for confirmation, such as those with a design bearing capacity exceeding 30 kN/m², existing retaining walls, and buildings with basements.
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Ground reinforcement work | SMD method to optimize pile layout for mid-rise buildings and steel structures.
The SMD method optimizes pile layout with its enormous tip support strength due to a special inner and outer wing structure, significantly reducing foundation costs for mid-rise buildings and steel structures.
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Ground reinforcement work | SMD method that solves construction challenges in small sites and densely populated residential areas.
The SMD method realizes consideration for neighbors and significant shortening of construction time in narrow sites and densely populated residential areas through the use of small construction machinery and no soil disposal or curing.
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Ground reinforcement work | Visualizing construction data to ensure reliable quality with the SMD method.
The SMD method visualizes reliable construction quality through real-time torque and depth data tracking using construction management devices, along with a strict ISO quality management system.
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Ground reinforcement work | SMD method that completely prevents the settlement risk of cohesive soil layers with a sealing effect.
The Minister-approved SMD method prevents differential settlement accidents in weak, viscous soil using an open-type steel pipe and a special inner and outer wing for pipe internal blockage effects.
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Ground reinforcement work | SMD method that protects the environment without using blast furnace materials, steel pipes, and cement.
An environmentally friendly SMD method that achieves zero soil contamination and reduces leftover soil through the use of high-quality blast furnace steel pipes and cement-free rotary penetration technology.
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Ground reinforcement work | SMD method to reach a deep support layer of up to 34.8 meters.
The minister-certified SMD method achieves reliable tip anchoring to deep support layers with a maximum deep excavation performance of 34.8 meters, reaching 130 times the shaft diameter.
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Ground reinforcement work | SMD method to solve difficult construction near existing retaining walls and cliff regulations.
The SMD method safely solves difficult construction near existing retaining walls and under repose angles, using low vibration and low side pressure rotary penetration technology along with clear ministerial certification data.
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Significant reduction in construction costs and construction period with cost-saving DM method for residential construction.
Achieve economical and reliable ground reinforcement without welding and without soil displacement.
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Ground reinforcement work for commercial facilities | Reducing construction costs and duration with DM method
No welding required, reducing costs and construction time without soil displacement. Achieving reliable ground reinforcement.
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Ground reinforcement using cost-reduction DM methods for factories and warehouses.
No welding required, contributes to stable equipment in factories and warehouses without soil displacement.
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Ground reinforcement work for warehouse expansion for logistics and transportation | DM method
Perfect for warehouse expansion! Ground reinforcement that reduces costs and construction time.
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Ground reinforcement using low-noise ETP-G method for urban development | Geotech
Safe construction with low noise and low vibration even in narrow and densely populated areas. ETP-G method.
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Low-noise ETP-G method optimal for equipment foundations for factory construction.
The ETP-G method addresses ground reinforcement for factory equipment foundations with low noise and low vibration.
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Low Noise ETP-G Method for Apartment Construction
Safe even in narrow lots and residential areas. Ground reinforcement compatible with high-rise foundations.
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ETP method with a wide range of applications and flexible design for residential areas.
ETP method contributing to improved seismic resistance for residential areas.
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Ground reinforcement work for expansion of commercial facilities | ETP method
Ideal for expanding commercial facilities. Strengthening the ground with the flexible design of the ETP method.
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Ground reinforcement work using the ETP method for factories.
Ground reinforcement supporting stable operation of factory production lines.
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Residual Soil Reduction RES-P Method for Land Development
Land development on weak ground! Soil reinforcement with no soil removal and low noise.
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RES-P method for reducing leftover soil costs in parking lot foundations for commercial facilities.
Reducing parking lot construction costs with no soil displacement and low noise ground reinforcement for commercial facilities.
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RES-P method for reducing leftover soil costs in residential construction.
No soil disposal and low noise ground reinforcement! Cost reduction with zero leftover soil.
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SMD method for visualizing construction data and ensuring reliable quality for residential construction.
Visualizing reliable construction quality through real-time data tracking and ISO quality management.
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SMD method that visualizes construction data for commercial facility construction and ensures quality.
Visualizing reliable construction quality through real-time data tracking with construction management devices and ISO quality management.
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SMD method for construction data visualization and ensuring reliable quality for factory construction.
Real-time data tracking with construction management devices for factory construction and visualization of reliable construction quality through ISO quality management.
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