Reinforced earth wall Product List and Ranking from 8 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

Reinforced earth wall Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

  1. ヒロセ補強土 Tokyo//Other construction industries
  2. 岡三リビック Tokyo//Building materials, supplies and fixtures manufacturers
  3. プロテックエンジニアリング Niigata//others
  4. 4 ハイビーウォール研究会 Tokyo//Other construction industries
  5. 5 高見澤 インフラセグメント Nagano//Building materials, supplies and fixtures manufacturers
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Reinforced earth wall Product ranking

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

  1. [Information] Techniques and Proposals for "Attractive Civil Engineering" in Harmony with the Landscape ヒロセ補強土
  2. Majority anchor-type reinforced soil wall method 岡三リビック
  3. Collapse Soil Erosion Protection Reinforced Soil Wall "QK Wall" プロテックエンジニアリング
  4. 4 Reinforced earth wall "ADEM Wall Method" 高見澤 インフラセグメント
  5. 4 Reinforced Soil Wall Hyb-Wall ハイビーウォール研究会

Reinforced earth wall Product List

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Reinforced earth wall "ADEM Wall Method"

Reinforced earth wall "ADEM Wall Method"

The unique double-wall structure, known as the "Adem Wall Method," suppresses wall deformation after use.

○ "NETIS Registration: KK-020061-V" Geotextile Reinforced Soil Wall "Adem Wall Method" The Adem Wall Method has received high evaluations in the effectiveness assessment by NETIS (New Technology Information System) and has been selected as a "Recommended Technology." The Adem Wall Method features a "double wall structure" that provides a space to absorb deformation between the reinforced embankment (reinforced soil body) with Adem placed and the thin, lightweight, and highly self-supporting concrete panels (wall materials). There are three variations of the method: vertical wall type, sloped wall type, and post-construction wall type. Note: Our company (Takamizawa) handles the Adem Wall in Nagano Prefecture. Customers considering reinforced soil walls at sites outside Nagano Prefecture should contact the method development manufacturer (Maeda Kosen Co., Ltd.).

  • Reinforced earth wall
  • Dam construction
  • Tile work
  • Reinforced earth wall

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Rockfall protection reinforced soil wall "Geolock Wall"

Rockfall protection reinforced soil wall "Geolock Wall"

This is a reinforced earth wall designed to catch falling rocks and landslides behind roads and residential houses. It can withstand rockfall energy of up to 5500 kJ.

<Extremely Excellent Shock Absorption Performance> ■ The Geo-Lock Wall primarily uses soil and geosynthetics as its main materials. ■ Its unique flexible structure characteristic of soil structures efficiently absorbs shocks and can handle large-scale impact energy. <Construction Costs are 50-65% of Conventional Methods> ■ The main material is soil, allowing the use of locally generated soil and construction waste as materials. ■ It can be constructed using only general earthworks, without the need for specialized techniques by skilled workers. ■ Compared to other methods, it is significantly more economical in terms of energy absorption levels. <Can Be Installed in Various Terrains and Grounds> ■ Being a soil structure, it can be installed in various terrains, including sites with limited installation space, sites with longitudinal slopes, and sites with valley topography. ■ Since it does not transmit shock forces to the supporting ground, ground improvement or other treatments are usually unnecessary. <Environmentally Friendly and Aesthetic Coexistence> ■ By greening the wall surface with vegetation, it harmonizes with the surrounding landscape. <Easy Maintenance After Rockfall Capture> ■ Even if damage occurs due to disasters, repairs can be made by replacing partial components.

  • Secondary steel products
  • Foundation construction
  • Other civil engineering works
  • Reinforced earth wall

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Reinforced Soil Wall Hyb-Wall

Reinforced Soil Wall Hyb-Wall

Hybrid new technology for reinforced soil.

From the perspective of effective land use, there is a high demand for steep slope stabilization of embankments, and compared to retaining walls, reinforced earth methods that enable the economical steepening of embankment slopes have been gaining popularity.

  • Retaining wall
  • Reinforced earth wall

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Collection of Common Case Resolutions After Construction Order Placement

Collection of Common Case Resolutions After Construction Order Placement

Resolving Common "Unexpected" Cases Before and After Construction Orders - Ground Improvement and Structural Reinforcement Edition -

Are you facing any of the following issues? ■ Unable to improve the ground due to gravel and boulders ■ Ground improvement at a site where machinery access is difficult ■ Discovery of different ground layers than those identified in the ground survey ■ Unable to improve due to the depth of rock layers, slope of the ground, soil type, etc. 【Table of Contents】 ■ Case 1: Revealed by boring survey results ■ Case 2: Occurred during the delivery of construction machinery ■ Case 3: Discovery of different ground layers than those identified in geological surveys ■ Case 4: Reinforced earth wall does not meet the expected good ground conditions during design ■ Case 5: Site is too narrow for improvement ■ Case 6: Ground is found to be harder than expected ■ Case 7: Temporary road requires avoiding buried objects *For more details, please download the PDF or feel free to contact us.

  • Ground improvement
  • Reinforced earth wall
  • Reinforced earth wall

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Case Studies of EP Route Pile Method: Solutions for Construction in Densely Built and Narrow Areas

Case Studies of EP Route Pile Method: Solutions for Construction in Densely Built and Narrow Areas

[Free Download] Reinforcement in Densely Built Areas and Narrow Locations! EP Route Pile Method

The case study presents various examples focusing on densely populated residential areas and narrow sites. ■ Large-scale embankment construction sliding collapse prevention work ■ Retaining wall reinforcement work in residential areas with many constraints ■ Measures for steep slopes near private homes 【Table of Contents】 ■ 01 Challenges in densely populated residential areas and narrow sites ■ 02 Case 1 Large-scale embankment construction sliding collapse prevention work ■ 03 Case 2 Retaining wall reinforcement in narrow areas of residential neighborhoods ■ 04 Case 3 Measures for steep slopes in residential areas *For more details, please download the PDF or feel free to contact us.

  • Reinforced earth wall
  • Reinforced earth wall

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Product Catalog for Retaining Walls / Reinforced Soil Walls

Product Catalog for Retaining Walls / Reinforced Soil Walls

Featuring T-Road and vertical walls such as High B-Wall!

This catalog features products handled by Matsuoka Concrete Industry, including the "Direct Accumulation Retaining Wall." We introduce the reverse T and L type retaining wall "T-Road," as well as the reinforced soil wall "High Bee Wall" and "FILL WALL." Additionally, you can view product features and construction achievements. 【Contents (excerpt)】 ■ T-Road ■ T-type Block W Type ■ High Bee Wall ■ FILL WALL ■ Construction Achievements *For more details, please refer to the PDF document or feel free to contact us.

  • Prefabricated Concrete Products
  • Road facilities
  • Retaining wall
  • Reinforced earth wall

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Reinforced Soil Wall "Hybee Neo"

Reinforced Soil Wall "Hybee Neo"

No large crane needed! A new reinforced earth wall combining improved soil and geogrid.

"Haibi Neo" is a reinforced soil wall that uses improved soil (short fiber mixed stabilized soil) as the wall material, combined with reinforcement materials (geogrid). The wall material employs lightweight, thin wall panels combined with a steel frame, allowing for labor-saving and efficient construction. Additionally, it has high seismic performance and helps to reduce the generation of surplus soil by utilizing locally generated soil. 【Features】 ■ The wall panels weigh about 17 kg each, enabling efficient construction. ■ The wall panels can be easily cut and do not require cap concrete. ■ No large cranes are needed. ■ The strength of the improved soil is incorporated into the design for a rational reinforced soil design. ■ Short fibers are mixed into the improved soil for higher performance. *For more details, please refer to the PDF materials or feel free to contact us.

  • Reinforced earth wall
  • Reinforced earth wall

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Reinforced Soil Wall "Multi-Wall"

Reinforced Soil Wall "Multi-Wall"

The wall height can be up to about 8 meters! A reinforced earth wall that can form a green wall.

"Multi-Wall" is a stepped reinforced earth wall that enables vegetation to meet the needs of nature. You can plant shrubs and trees in the planting pots created on the small steps of the wall or in the pocket areas at the top of the wall, forming a green wall. The wall height can reach approximately 8 meters, and assembly and construction of the components do not require skilled workers or special techniques, as they are combinations of standard components. 【Features】 ■ Capable of forming a green wall ■ Vertical wall type is possible due to the wall structure ■ Wall height can reach approximately 8 meters ■ No skilled workers or special techniques are required ■ All used components are standard products manufactured in factories under strict quality control *For more details, please refer to the PDF materials or feel free to contact us.

  • Retaining wall
  • Reinforced earth wall

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Rockfall protection reinforced soil wall "Geolock Wall"

Rockfall protection reinforced soil wall "Geolock Wall"

A reinforced soil wall with a proven track record of absorbing large-scale impacts using reinforced soil.

The "Geo-Lock Wall" is a reinforced earth wall designed to absorb falling rocks, landslides, and collapsing soil, primarily along roadsides and behind residential houses. It can withstand rockfall energy of up to 5500 kJ and is utilized for a wide range of rockfall countermeasures from small to large scale. It primarily uses soil and geosynthetics as materials. Due to the unique flexible structure of soil structures, it efficiently absorbs impacts and can handle large-scale impact energy. Because it is a soil structure, it can be installed in various terrains, including sites with limited installation space, sites with vertical gradients, and sites with valley topography. Additionally, it does not transmit impact forces to the supporting ground, so in most cases, ground improvement treatments are not necessary. ■ Rockfall, landslide, and collapsing soil countermeasures using reinforced earth ■ Capable of withstanding rockfall energy up to 5500 kJ ■ Available in three types according to the scale of rockfall ■ Over 540 adoption records nationwide Ministry of Land, Infrastructure, Transport and Tourism New Technology Information System (NETIS) Registration Number: HR-990009-V *Registration period has ended NETIS Fiscal Year 2016 Semi-Recommendation Technology *For more details, please download the PDF or feel free to contact us.

  • Retaining wall
  • Road construction
  • Railway Construction
  • Reinforced earth wall

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Collapse Soil Erosion Protection Reinforced Soil Wall "QK Wall"

Collapse Soil Erosion Protection Reinforced Soil Wall "QK Wall"

Measures against landslides in steep slopes using reinforced soil walls with high shock absorption performance.

The "QK Wall" is a reinforced earth wall installed on steep slopes behind residential houses to catch collapsing soil and debris. It absorbs and disperses impact forces by receiving soil at the top edge. Since it is a soil structure that does not require significant support, it can be installed in various site conditions with minimal ground improvement or treatment. Additionally, compared to gravity retaining walls, it allows for shorter construction periods and cost reductions. ■ Measures against collapses on steep slopes behind residential houses ■ Reinforced earth wall with excellent shock absorption ■ Structure considering soil impact forces and accumulated earth pressure Ministry of Land, Infrastructure, Transport and Tourism New Technology Information System (NETIS) Registration Number: CB-090036-A *Registration period has ended *For more details, please download the PDF or feel free to contact us.

  • Retaining wall
  • Road construction
  • Railway Construction
  • Reinforced earth wall

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Avalanche Protection Reinforced Soil Wall "Geo Snow Wall"

Avalanche Protection Reinforced Soil Wall "Geo Snow Wall"

Excellent avalanche protection with reinforced earth walls that have superior shock absorption performance.

"Geo Snow Wall" is a reinforced soil wall designed to absorb avalanches by installing reinforced soil along roadsides. It can also be applied as a guiding retaining wall to direct avalanches along their path. Since the embankment is made of fill material, it has a flexible structure that can adapt to unexpected ground subsidence. Even when subjected to the impact force of an avalanche, there is no eccentric force acting on the installation ground, which means that large-scale foundation work or ground improvement is mostly unnecessary even in sites with poor ground conditions. ■ Reinforced soil wall efficiently absorbs avalanche impact ■ Soil structure with minimal impact on the supporting ground ■ Blends well with the landscape, creating no sense of pressure Ministry of Land, Infrastructure, Transport and Tourism New Technology Information System (NETIS) Registration Number: HR-990009-V *Registration period has ended As the 10-year registration period has elapsed, the listing on NETIS has ended. However, the registration number continues to exist. It is also a highly reliable construction method selected as a quasi-recommended technology in the fiscal year 2016 NETIS. *For more details, please download the PDF or feel free to contact us.

  • Retaining wall
  • Road construction
  • Railway Construction
  • Reinforced earth wall

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Case Studies of Tail Arm Construction Method

Case Studies of Tail Arm Construction Method

Guide to Examples of Reinforced Soil Wall Tail Arm Method

The case study collection introduces various examples. ■ How to address subgrade measures (soft ground, sliding measures, high embankments) ■ Construction challenges (ancillary work, proximity to obstacles, temporary structures) ■ What kind of structures should be built near water bodies, such as revetments (super levees, salt damage measures) ■ Can it be used in land development (consideration for landscape and residential construction regulations) 【Table of Contents (Partial)】 "Tail Arm Method Case Study Collection" 01 Land Development 02 Landscape Design 03 Greening 04 Subgrade Measures and Arc Sliding Measures 05 High Walls and Multi-layered Stacking *For more details, please download the PDF or feel free to contact us.

  • Reinforced earth wall
  • Reinforced earth wall

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[Information] Techniques and Proposals for "Attractive Civil Engineering" in Harmony with the Landscape

[Information] Techniques and Proposals for "Attractive Civil Engineering" in Harmony with the Landscape

Designing the boundary between architecture and civil engineering. An explanation of the Hinoyama Observatory (Hinoyama Ring) case.

In architectural and landscape design, the treatment of elevation differences on the site and the selection of retaining walls are essential elements from a design perspective. On the other hand, these elements also require the selection of optimal construction methods that ensure safety and functionality from a civil engineering standpoint while considering aesthetic qualities. "The inorganic concrete wall detracts from the landscape." "I don't want to give up on design even under strict construction conditions." This document introduces actual case studies and a lineup of retaining wall proposals that take landscape considerations into account, in response to the challenges faced by architects. Hirose Reinforced Soil Co., Ltd. leverages its long-standing achievements in the civil engineering field to propose optimal solutions that combine "aesthetics," "constructability," and "economics" as a partner in "designing civil engineering within architecture." [Contents] ■ Challenges in civil engineering design in architecture and landscape ■ A partner in "designing civil engineering within architecture" ■ Case Study: Hinoyama Observatory (Hinoyama Ring) ■ Our business areas ■ Proposals for "showcase civil engineering" that harmonizes with the landscape *For more details, please download the PDF or feel free to contact us.

  • Retaining wall
  • Lightweight embankment material
  • Civil Engineering Method
  • Reinforced earth wall

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Majority anchor-type reinforced soil wall method

Majority anchor-type reinforced soil wall method

Structural stability and excellent design utilized in various scenes! Responding to the needs of embankment construction sites.

The "Multiple Anchor Reinforced Soil Wall Method" is a unique construction method developed in Japan, based on the "Embankment Stabilization Method Using Piles and Timber" conceived at the former Ministry of Construction's Civil Engineering Research Institute in 1970. It effectively utilizes construction-generated soil, taking advantage of its ability to apply a wide range of embankment materials, while also offering high seismic resistance, reduced environmental impact, and excellent stability. In August 2014, the "Multiple Anchor Reinforced Soil Wall Method Design and Construction Manual, 4th Edition" (published by the Public Interest Incorporated Foundation Civil Engineering Research Center) was released, further enhancing its reliability. 【Features】 ■ Effective use of on-site generated soil ■ Reduction of excavation volume with "Rock Anchors" ■ Shortened construction period and enhanced safety ■ Reliable structural stability ■ Suitable for a wide range of embankment sites ■ Maintenance and repair *For more details, please download the PDF or feel free to contact us.

  • Reinforced earth wall
  • Reinforced earth wall

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