Cement column method - List of Manufacturers, Suppliers, Companies and Products | IPROS

Cement column method Product List

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Soil Cement Column Method "Ultra Wood Column Method"

Even a small diameter provides great support! A mechanical mixing deep mixing method that combines the advantages of columnar improvement methods and piles.

The "Ultra Wood Column Method" is a mechanical mixing deep mixing treatment method that constructs columnar ground improvement bodies by excavating and mixing the ground while discharging a slurry of cement-based solidifying material. It was developed to eliminate the shortcomings of both conventional columnar improvement methods and wooden pile methods, while enhancing their advantages. This method combines the benefits of columnar improvement methods, which can provide expected frictional force, and the advantages of wooden piles, which offer stable quality due to being prefabricated. Therefore, even with a small diameter and short improvement length, it is possible to achieve significant bearing capacity. Additionally, this has been proven by numerous experimental results. 【Features】 - Constructs reliable ground for small-scale buildings - Achieves large bearing capacity even with a smaller diameter than conventional columnar improvement bodies - Ensures quality control and construction management - Can be adapted to narrow sites - High mixing efficiency allows for construction in a short period For more details, please contact us or download the catalog.

  • Earthworks
  • Piles, caissons, sheet piles
  • Pile and foundation work
  • Cement column method

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Three-layer structure Soil Cement Column Method "ef Column"

Achieving high support strength and high quality! A construction method that excels in both environmental and cost aspects.

The ef column method is an evolved soil cement column technique that achieves high load-bearing capacity and high quality, while also being excellent in terms of environmental and cost aspects for a new era. In the ef column method, a core steel pipe is adopted at the center of the soil cement column, and a layer of high compressive strength solidifying agent milk is placed around its outer circumference. This three-layer structure not only realizes excellent load-bearing capacity but also prevents corrosion of the core material. Additionally, during dismantling and removal, the core material serves as a guide for the excavation blade, making it possible to remove the improved body more reliably and easily than conventional methods, which is its greatest feature. 【Features】 - Significant improvement in load-bearing capacity due to the adoption of the core steel pipe - Small improvement diameter with high strength - Reduction in cement usage, lowering material costs and environmental impact - Easy removal of soil cement columns *For more details, please contact us or download the catalog.

  • Earthworks
  • Ground improvement
  • Pile and foundation work
  • Cement column method

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Tiger Pile Ground Reinforcement Work for Residential Construction | Geotech Co., Ltd.

Acquisition of architectural technical performance certification, high-performance hybrid construction method using stepped steel pipes.

In the residential construction industry, a solid foundation is required to ensure the safety and long-term durability of buildings. Particularly, improving earthquake resistance against natural disasters such as earthquakes is crucial for protecting the safety of residents. Insufficient ground can lead to settlement, tilting, and even structural damage to buildings. Our Tiger Pile Method has obtained a construction technology performance certification and demonstrates reliable high bearing capacity through a soil-cement column method using stepped steel pipes as core materials. 【Usage Scenarios】 - Ground improvement for new residential buildings - Homes requiring enhanced earthquake resistance - Construction of homes on weak ground 【Benefits of Implementation】 - Improved resistance to bending and shear forces during earthquakes - Stabilization of buildings due to increased ground bearing capacity - Reduction of differential settlement risks

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Cement column method

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Tiger Pile Ground Reinforcement Work for Commercial Facility Construction | Geotech

High-performance hybrid ground reinforcement method with building technology performance certification obtained.

In the construction of commercial facilities, ground reinforcement with reliable load-bearing capacity is required to ensure the long-term stability and safety of the building. Particularly in commercial facilities where diverse uses and users are anticipated, ground subsidence and differential settlement can lead to significant issues affecting the functionality of the facility and the safety of its users. Therefore, selecting a highly reliable ground reinforcement method suited to the characteristics of the ground is crucial. The Tiger Pile method is a soil-cement column method that uses a stepped steel pipe as the core material and has obtained architectural technical performance certification from the Japan Architectural Institute Foundation. By combining the material strength of steel pipe pile methods with the frictional force of column methods, this hybrid method compensates for the shortcomings of each method and demonstrates reliable high load-bearing capacity. The core material effect also enhances resistance to bending and shear forces during earthquakes, addressing ground unevenness. [Application Scenarios] - New construction of large-scale commercial facilities - Construction of stores and tenant buildings - Load support for parking lots and plazas - Weak ground and ground with liquefaction risk [Benefits of Implementation] - Improved stability of buildings due to high load-bearing capacity - Enhanced safety during earthquakes - Reduced impact from ground variability - Long-term maintenance cost reduction

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Cement column method

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Tiger Pile Ground Reinforcement Work for Factory Construction | Geotech Co., Ltd.

Hybrid construction method for obtaining architectural technology performance certification that contributes to equipment stability.

In factory construction, a strong and stable foundation is required for the stable operation of large equipment and precision machinery. In particular, vibrations during operation and the placement of heavy objects can impose significant loads on the foundation, potentially causing settlement and differential settlement. These issues can have serious consequences, such as reduced equipment accuracy, malfunctions, and production line stoppages. The Tiger Pile Method by Geotech Co., Ltd. is a soil-cement column method that uses a stepped steel pipe as the core material and has obtained certification for construction technology performance. By combining the material strength of steel pipe pile methods with the large frictional force of column methods, this hybrid method overcomes the challenges of ground variability and small-diameter steel pipe piles, ensuring reliable high load-bearing capacity. The core material effect also enhances resistance during earthquakes, reducing the impact of some poorly solidified areas. 【Application Scenarios】 - Ground improvement for large machinery installation sites - Prevention of settlement in precision equipment installation areas - Ground reinforcement due to production line expansions - Ground strengthening in areas requiring vibration mitigation 【Benefits of Implementation】 - Stable operation and longevity of equipment - Maintenance and improvement of production accuracy - Reduction of risks from unexpected ground settlement - Assurance of a safe operating environment

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Cement column method

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Ground Reinforcement Work for Public Facility Construction | Tiger Pile Method | Geotech

Ground reinforcement for obtaining performance certification of building technology that contributes to longevity.

In the construction of public facilities, long-term stability and durability are required. In particular, the effects of ground subsidence and earthquakes are important issues for the longevity of the facilities. If these challenges cannot be addressed, it may hinder the safety and functionality of the facilities, leading to an increased frequency of renovations or rebuilds. The Tiger Pile Method by Geotech Co., Ltd. has obtained architectural technology performance certification and contributes to the longevity of public facilities. 【Usage Scenarios】 - New construction and renovation of public facilities requiring stable support over the long term - Construction of facilities in earthquake-prone areas - When there is a desire to reduce the risk of ground subsidence 【Benefits of Implementation】 - Ensuring long-term stability of the facilities - Reducing the impact on structures during earthquakes - Contributing to the reduction of maintenance costs

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Cement column method

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Tiger Pile Ground Reinforcement Work for Warehouse Construction | Geotec Co., Ltd.

High-performance hybrid ground reinforcement method with obtained architectural technical performance certification.

In warehouse construction, a strong foundation is required to safely store large quantities of goods. In particular, the burden on the ground due to the load can be significant, and ground subsidence or differential settlement can affect the safety and functionality of the building. Reliable ground reinforcement that provides adequate bearing capacity is essential for the long-term stable operation of warehouses. The Tiger Pile method by Geotech Co., Ltd. is a soil-cement column method using stepped steel pipes as core materials, which has obtained architectural technology performance certification from the Japan Architectural Institute. By combining the stable material strength of steel pipe pile methods with the high frictional force of column methods, this hybrid approach compensates for the shortcomings of each method and ensures reliable high bearing capacity. The core material effect also enhances resistance to bending and shear forces during earthquakes, minimizing the impact even in cases of poor ground solidification. [Application Scenarios] - Reinforcement of foundation ground in warehouse construction - Reduction of ground subsidence risk due to load - Mitigation of structural impact during earthquakes [Effects of Implementation] - Realization of long-term stable operation of warehouses - Improvement of building safety - Reduction of maintenance costs

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Cement column method

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