Box-shaped retaining wall Product List and Ranking from 4 Manufacturers, Suppliers and Companies | IPROS

Box-shaped retaining wall Product List

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Box-type retaining wall "Castle Wall"

Box-type retaining wall "Castle Wall"

Flexible construction method! A retaining wall that boasts high seismic resistance and excellent drainage while being economically advantageous.

"Castle Wall" is a flexible retaining wall that can be freely stacked to match the terrain. It exhibits good adaptability to relatively small ground reaction forces and can follow differential settlement of the foundation ground and backfill soil, maintaining the overall stability of the wall. Curved construction is easily achievable, and right-angle bends and end treatments of the wall body can also be easily performed. It is also easy to construct with longitudinal slopes and can be built as an underwater retaining wall. 【Features】 ■ Structure rich in flexibility ■ High drainage capacity ■ Cost reduction and reduction of construction-related nuisances ■ Easy curved construction and end treatment ■ Consideration for the environment and landscape with diverse functions *For more details, please refer to the PDF materials or feel free to contact us.

  • Concrete Retaining Wall
  • Retaining wall
  • Box-shaped retaining wall

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Retaining wall, box-type retaining wall

Retaining wall, box-type retaining wall

Retaining wall, box-type retaining wall

The Construction Technology Certification (No. 0327) from the Civil Engineering Research Center has been obtained, and the structural characteristics of the components and the stability of the retaining wall have been verified. 【Features】 ○ The layer of single-sized crushed stone has extremely high drainage capacity, which inevitably ensures the stability of the backfill soil. ● For other functions and details, please download the catalog.

  • Retaining wall
  • Box-shaped retaining wall

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[Construction Example] Restoration of Castle Stone Walls *Blueprints Available

[Construction Example] Restoration of Castle Stone Walls *Blueprints Available

The box-type retaining wall, known for its excellent drainage properties, has been adopted! It also significantly contributes to the planning of the restoration work process!

In the year 2000, during the restoration of the castle walls at Fukuchiyama Castle Park in Kyoto Prefecture following a disaster, Tanba stone was used to restore the historically significant temple-style stone walls, aiming for restoration through traditional civil engineering methods known as Anō-zukuri. A box-type retaining wall was adopted as a combined method that receives earth pressure from the back, excelling in safety, constructability, cost-effectiveness, and drainage. The box-type retaining wall was constructed by stacking using the small step sections of the box, allowing for sufficient securing of installation locations for Tanba stone and workspaces, which greatly contributed to the planning of a safe and swift restoration construction process. [Case Overview] - Purpose: Restore the historically significant temple-style stone walls - Method: Box-type retaining wall - Sufficient securing of installation locations for Tanba stone and workspaces is possible - Greatly contributes to the planning of a safe and swift restoration construction process *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Case Studies] Disaster Recovery Edition

[Construction Case Studies] Disaster Recovery Edition

Early securing of living environment! By not using ready-mixed concrete, we can significantly shorten the construction period!

We would like to introduce our construction case study, "Disaster Recovery Edition." Box-type retaining walls do not use ready-mixed concrete, allowing for significant reductions in construction time. They are suitable for disaster recovery work where early restoration of lifelines and living environments is necessary. [Case Overview] ■ Purpose: Disaster Recovery ■ Method: Box-type Retaining Wall ■ Does not use ready-mixed concrete ■ Allows for significant reductions in construction time *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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【Construction Case Study】 Land Development Edition

【Construction Case Study】 Land Development Edition

There is no sense of pressure due to the stepped construction! It has a visually beautiful temple slope shape!

We would like to introduce our construction case study, "Land Development Edition." The box-type retaining wall is constructed in a stepped manner, which eliminates a sense of pressure and features a visually appealing temple slope shape. It is suitable for retaining walls in places where people interact, such as residential areas and schoolyards. 【Case Overview】 ■ Location: Land Development ■ Method: Box-type retaining wall ■ Constructed in a stepped manner to eliminate a sense of pressure ■ Visually appealing temple slope shape *For more details, please refer to the PDF materials or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Case Studies] Special Edition

[Construction Case Studies] Special Edition

A simple structure made of box and wall materials (single-sized crushed stone)! It can adapt to various site conditions!

We would like to introduce our construction case study, "Special Edition." The box-type retaining wall has a simple structure consisting of a box body and wall material (uniformly graded crushed stone), making it adaptable to various site conditions. Please feel free to contact us if you have any inquiries. 【Case Overview】 ■ Shape: Special ■ Construction Method: Box-type retaining wall ■ Simple structure consisting of a box body and wall material (uniformly graded crushed stone) ■ Adaptable to various site conditions *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Case Studies] Longitudinal Slope Edition

[Construction Case Studies] Longitudinal Slope Edition

Entrance of tunnel anti-entrance and curved sections! Expectation of gaze guidance effect and reduction of visibility obstruction!

We would like to introduce our construction case study, "Longitudinal Slope Edition." Box-type retaining walls can be constructed to accommodate longitudinal slopes of up to approximately 12%. When constructing according to the longitudinal slope of the road, especially at tunnel entrances and curved sections, it is expected to improve line-of-sight guidance and reduce visibility obstructions. 【Case Overview】 ■ Location: Longitudinal Slope ■ Method: Box-type Retaining Wall ■ Can be constructed to accommodate longitudinal slopes of up to approximately 12% ■ Expected to improve line-of-sight guidance and reduce visibility obstructions *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Examples] Curved Edition

[Construction Examples] Curved Edition

Corresponds to concave curves and convex curves with a standard radius of 20m or more! It is possible to construct retaining walls with beautiful curves!

We would like to introduce our construction case study, "Curved Edition." Box-type retaining walls can accommodate concave curves as well as standard convex curves with a radius of 20m or more. Additionally, for curves with a radius of 20m or less, construction can be adapted by reversing the product. This allows for the construction of retaining walls with beautiful curves. 【Case Overview】 ■ Shape: Curved ■ Method: Box-type retaining wall ■ Accommodates concave curves and standard convex curves with a radius of 20m or more ■ For curves with a radius of 20m or less, construction can be adapted by reversing the product ■ Allows for the construction of retaining walls with beautiful curves *For more details, please refer to the PDF materials or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Case Study] Cutting Earth Section

[Construction Case Study] Cutting Earth Section

Environmentally friendly construction methods! There is no need to select the brace length based on soil pressure conditions!

We would like to introduce our construction case study, "Cutting Earth Edition." Box-type retaining walls do not require the selection of counterfort lengths based on earth pressure conditions. They can achieve higher wall heights than conventional methods using only box units and uniformly graded crushed stone. This method particularly minimizes excavation volume and is environmentally friendly. 【Case Overview】 ■ Location: Cutting Earth ■ Method: Box-type retaining wall ■ No need to select counterfort lengths based on earth pressure conditions ■ Achieves higher wall heights than conventional methods using only box units and uniformly graded crushed stone ■ Minimizes excavation volume and is environmentally friendly *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Examples] Waterside Edition

[Construction Examples] Waterside Edition

High drainage performance with a structure that is less likely to generate residual water pressure! Suitable for use in rivers, lakes, and ponds!

We would like to introduce our construction case study, "Waterfront Edition." The box-type retaining wall uses single-sized crushed stone as the wall material, which provides high drainage performance and is less likely to generate residual water pressure. It is suitable for applications such as rivers and lakes. 【Case Overview】 ■ Location: Waterfront ■ Construction Method: Box-type Retaining Wall ■ Uses single-sized crushed stone as the wall material ■ High drainage performance and less likely to generate residual water pressure *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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Construction Case Studies: Aging Edition

Construction Case Studies: Aging Edition

By allowing spring water to pass through and drain appropriately, stable greening is sustained in areas where vegetation has been established!

We would like to introduce our construction case study, "Aging Edition." Box-type retaining walls can be constructed continuously over multiple years. Additionally, by allowing rainwater and back seepage to pass through and drain appropriately within the wall body, stable greening can be sustained in sites where vegetation has been established. 【Case Overview】 ■ Condition: Aging ■ Construction Method: Box-type Retaining Wall ■ Can be constructed continuously over multiple years ■ By allowing rainwater and back seepage to pass through and drain appropriately within the wall body, stable greening can be sustained in sites where vegetation has been established. *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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Civil engineering box-type retaining wall (free wall) method

Civil engineering box-type retaining wall (free wall) method

This is a groundbreaking retaining wall construction method aimed at reducing construction costs through significant shortening of the construction period.

The "Box-type Retaining Wall (Free Wall)" is a groundbreaking retaining wall construction method aimed at reducing construction costs through significant shortening of construction time. It allows for simple, easy, and safe construction methods that are not affected by weather, enabling a substantial reduction in construction time. High workability and labor-saving features have led to a decrease in construction costs. 【Features】 ○ Economic efficiency ○ Environmental friendliness ○ Safety ○ Flexibility ○ Reliability ● For more details, please contact us or download the catalog.

  • Retaining wall
  • Box-shaped retaining wall

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[Construction Case] Road Improvement Works *Plans are being distributed

[Construction Case] Road Improvement Works *Plans are being distributed

An essential construction method in areas with high annual rainfall! It is also effective on unstable foundation grounds!

Our company has a track record of road improvement construction. Box-shaped retaining walls, based on various experiments, show that the vertical earth pressure acting on the foundation ground is smaller compared to rigid cantilever retaining walls, similar to the shear stress occurring in the retaining wall, making them advantageous from the perspective of ensuring bearing capacity. Additionally, the structure that acts in a well-balanced manner, as demonstrated in experiments, is effective even on non-stable foundation grounds. In regions with high annual rainfall, box-shaped retaining walls with high drainage performance are an essential construction method. Furthermore, their excellent seismic resistance has been verified through experiments and real phenomena. 【Case Overview】 ■ Purpose: Road improvement construction ■ Method: Box-shaped retaining wall ■ In regions with high annual rainfall, box-shaped retaining walls with high drainage performance are an essential construction method ■ Their excellent seismic resistance has also been verified through experiments and real phenomena *For more details, please refer to the PDF materials or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Case] Park Improvement Project *Plans are being distributed

[Construction Case] Park Improvement Project *Plans are being distributed

Access station to a private university! In recent years, the area in front of the station has been developed, resulting in increased foot traffic and considerations for greening!

The project for the development of the JR Minakuchi Station Front Park was carried out. For the large radius (R), type A was used to achieve full greening up to the fourth step, incorporating Green Cup A8 in the product, and using a φ300 drainage pipe at the product joint. For the small radius, type B was used (with some inversion), and a φ300 drainage pipe was utilized for greening. This site effectively showcased the advantages of curved construction, allowing for a beautiful representation of two different radii. 【Project Overview】 ■ Purpose: Development project for JR Minakuchi Station Front Park ■ Construction Method: Box-type retaining wall ■ Large radius used type A, small radius used type B ■ Leveraged the advantages of curved construction to beautifully express two different radii *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Example] Road Work *Plans are being distributed

[Construction Example] Road Work *Plans are being distributed

It gives a gentle impression with stepped stacking, and planting is possible! A case that was adopted due to its high safety evaluation!

The location for the retaining wall block installation faces the parking lot of a sports club frequented by a large number of people, emphasizing the importance of securing the landscape and safety for the future. Initially, conventional methods such as L-shaped retaining walls and reinforced earth walls were considered. However, it was pointed out that vertical walls could create a sense of oppression and that the concrete surface of the sliding face gives an inorganic impression. Concerns were also raised about the anxiety associated with deformation in the case of reinforced earth walls. On the other hand, the box-type retaining wall was adopted due to its gentle impression created by the stepped design, the ability to incorporate planting, and its high safety evaluated based on seismic resistance verification at the Public Works Research Institute and experiences from the Chuetsu earthquake. Additionally, since the construction took place in an area where a pond once existed, ground improvement and enhancement of the fill material were also carried out to ensure overall stability due to the embankment. 【Case Overview】 ■ Location: Retaining wall block installation area facing the parking lot of a sports club ■ Method: Box-type retaining wall ■ Provides a gentle impression with a stepped design and allows for planting ■ Ground improvement and enhancement of fill material were also implemented to ensure overall stability due to the embankment *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Examples] Tunnel Portal and Pier Edition

[Construction Examples] Tunnel Portal and Pier Edition

The fit at the ends is also beautiful! The small step near the tunnel entrance serves as an emergency refuge for animals!

We would like to introduce our construction case study, "Tunnel Portal and Bridge Pier Edition." Box-shaped retaining walls finish neatly at the ends, making them suitable for challenging areas such as tunnel portals and bridge piers. Additionally, the area near the tunnel portal can be dangerous for animals, but the small step section can serve as an emergency escape spot. 【Case Overview】 ■ Location: Tunnel Portal and Bridge Pier ■ Construction Method: Box-shaped Retaining Wall ■ Neat finishing at the ends and other areas ■ Suitable for challenging tunnel portals and bridge piers *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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[Construction Case Studies] Mountain Edition

[Construction Case Studies] Mountain Edition

It is tiered, so it blends in relatively naturally! It also helps in the conservation of ecosystems!

We would like to introduce a construction example we have carried out, titled "Mountain Edition." Unlike typical concrete retaining walls, box-type retaining walls are stepped, allowing them to blend more naturally into the environment. Additionally, the small steps serve as pathways for small animals and wildlife, contributing to the preservation of the ecosystem. 【Case Overview】 ■ Location: Mountain ■ Method: Box-type retaining wall ■ Stepped design allows for better integration with nature ■ Contributes to ecosystem preservation *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Box-shaped retaining wall

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