Reinforcement method Product List and Ranking from 43 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

Reinforcement method Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. コンステック Osaka//General contractors and subcontractors
  2. 横山基礎工事 Hyogo//General contractors and subcontractors
  3. ESP Hiroshima//Other construction industries
  4. 4 日鉄ケミカル＆マテリアル コンポジット事業部 Tokyo//Building materials, supplies and fixtures manufacturers
  5. 5 ケー・エフ・シー Osaka//Building materials, supplies and fixtures manufacturers
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Reinforcement method Product ranking

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.

  1. Reinforcement of existing beam after hole cutting: "Redouble Method" コンステック
  2. Temporary bridge temporary pier cable-stayed construction method "LIBRA Method" 横山基礎工事
  3. Construction Method Comparison Table ESP
  4. 4 Pole Repair and Reinforcement Method: YCK Method 'Carbon Fiber' ヨシモトポール
  5. 5 Shear Reinforcement Method "RMA Method" ケー・エフ・シー

Reinforcement method Product List

16～30 item / All 372 items

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Sorkomat (Block Mat) Method for Butt Reinforcement Construction

Sorkomat (Block Mat) Method for Butt Reinforcement Construction

The "Sorkomatt (Block Mat) Method for Reinforcing the Back Slope" can be effective as a hard countermeasure for strengthening river embankments, specifically as a method for reinforcing the back slope of river embankments.

(The NETIS Registration Number: KT-230109-A) In 2015, the Ministry of Land, Infrastructure, Transport and Tourism proposed the "Vision for the Reconstruction of a Disaster Prevention Awareness Society." The content explains both soft and hard measures related to disaster prevention against water-related hazards, and among the hard measures, it indicates the development of resilient structures for river levees to withstand overflow as a crisis management-type hard measure. One of the required functions in this context is the "reinforcement of the back slope of river levees." In response to this need, we developed and put into practical use the Solcomat (block mat) method for back slope reinforcement! We confirmed the reinforcement effect during overflow through hydraulic experiments and were able to verify the levee reinforcement effect!

  • River construction
  • Tensioning and connecting blocks
  • Slope protection material

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GD Anchor

GD Anchor

Post-installed hold-down hardware

● This is an external type hold-down hardware that can be installed directly from the outside without damaging the building's exterior walls. ● Considering strength and aesthetics, it uses all stainless steel (SUS304, 303) that excels in weather resistance, corrosion resistance, and durability. It has been developed for traditional construction methods to respond to seismic forces with ductility. ● It suppresses the adverse effects (such as shear) that occur when a strong connection is made to existing columns, and only one specially processed wooden anchor is driven into the column base to ensure sufficient pull-out resistance. Pull-out resistance (41.16 kN) * Building Material Testing Center ● This hold-down hardware was developed privately and is the only one to have obtained a patent.

  • Special Construction Method
  • Renovation

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Compatible with various pipe types! Sewer pipe fittings "Seismic Flexible Joint Series"

Compatible with various pipe types! Sewer pipe fittings "Seismic Flexible Joint Series"

It is possible to improve the seismic resistance of pipeline connections at low cost. The area occupied by ground work is small, which reduces the impact on traffic and other factors.

This is a joint for sewer pipes that can be installed regardless of whether they are newly constructed or existing, and can flexibly respond to ground movement and displacement (horizontal displacement and bending displacement) caused by seismic activity. It generates minimal waste materials, is low-cost, and minimizes impacts on traffic and other factors, thereby reducing risks in case of emergencies. We propose joints that accommodate various installation conditions such as pipe type, pipe diameter, installation angle, and construction site conditions through a diverse lineup of joints. 【Features】 - There are seismic-resistant flexible joints for manholes and pipelines, as well as between pipelines. - Seismic-resistant flexible joints can be installed for various types of pipes (concrete pipes, PVC pipes, ceramic pipes, FRP pipes, ribbed pipes). - It is designed to withstand Level 2 seismic motion. - The selection of seismic-resistant flexible joints can be tailored based on construction conditions. Please consult us first. For more details, please contact us or download the catalog.

  • Water Supply Facilities
  • Prefab
  • Prefabricated Concrete Products

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PC Outframe Seismic Reinforcement Method

PC Outframe Seismic Reinforcement Method

This is aimed at streamlining on-site operations, conserving resources, and shortening construction periods by implementing the PC (precast concrete) system for the external seismic reinforcement frame.

We provide high-performance PC (prestressed concrete) buildings that meet the requirements for distinctive facility statuses (symbolic spaces), multipurpose and flexible facilities (high-load large spaces), safe and long-lasting facilities (high-durability buildings), and facilities that harmonize with society (environmental contributions) through the combination of prestressing and prestressed concrete. - By tensioning PC steel materials, we enable high loads and large spans while improving durability and seismic resistance. - We promote labor-saving and manpower-reducing measures in on-site construction, achieving shorter construction periods and demonstrating economic advantages. - With high construction precision and the ability to accommodate diverse designs, we realize high added value.

  • Renovation and repair methods
  • Earthquake-resistant construction method

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Pre-stressed introduction technology "K-PREX method"

Pre-stressed introduction technology "K-PREX method"

Efficient reinforcement of existing structures! Reliable integration of existing concrete and new concrete.

The "K-PREX Method" is a technology that introduces prestress into existing structures by expanding the diameter of drilled holes within the existing concrete and using fixed PC steel materials. This method aims to reinforce the interior of existing structures or integrate new and old components. By introducing prestress at the joint surfaces, water tightness is significantly improved. Since it can also be applied to existing structures, it allows for economical reinforcement of components in soil and underwater. Additionally, it can reduce the number of chemical anchors required. 【Features】 ■ Expanding the diameter of drilled holes within existing concrete ■ Introducing prestress using fixed PC steel materials ■ Reinforcing the interior of existing structures or integrating new and old components ■ Significantly improving water tightness by introducing it at joint surfaces ■ Reducing the number of chemical anchors required *For more details, please refer to the PDF materials or feel free to contact us.

  • Renovation and repair methods
  • Concrete construction

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Anti-fall prevention method "Hybrid Sheet Method"

Anti-fall prevention method "Hybrid Sheet Method"

NEXCO Structural Construction Management Guidelines: Obtaining Proof of Spalling Prevention Performance! Introducing an excellent construction method that also leads to shortened construction periods.

The "Hybrid Sheet Method" is a construction technique that involves adhering a weather-resistant "HB Sheet (Hybrid Sheet)" to the surface of concrete using adhesive. Similar to concrete protective coatings, it possesses the ability to suppress salt damage and carbonation, providing measures against deterioration (salt damage and carbonation). Since it can be reinforced by simply overlapping without removal, the initial construction will not be wasted when reinforcing with steel plates or CFRP in the future. Additionally, compared to conventional methods, the number of traffic regulation days is reduced by about half, leading to a shortened construction period. 【Features】 ■ Excellent peeling prevention performance ■ Contributes to shortening the construction period ■ Measures against deterioration (salt damage and carbonation) are also possible ■ Can be reinforced by overlapping without removal ■ Obtained certification for peeling prevention performance according to NEXCO structure construction management guidelines *For more details, please refer to the PDF document or feel free to contact us.

  • Other civil engineering works
  • Special Construction Method

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Seismic reinforcement method "Steel brace adhesive method"

Seismic reinforcement method "Steel brace adhesive method"

Due to the low amount of work, a shorter construction period is possible! A seismic reinforcement method that generates little noise, vibration, and dust.

The "Steel Brace Adhesive Method" is a construction method that does not require the installation of anchor bolts, allowing for construction without compromising the living environment. In conventional methods, the construction period takes about 13 days for one steel brace, but with this method, the process is simplified, reducing the time to about 9 days, enabling a shorter construction period. It has received a technical evaluation from the Japan Building Disaster Prevention Association, and if designed according to this evaluation, sufficient seismic resistance is recognized. Additionally, no substances that could cause sick house syndrome are used, and a construction management system is in place, allowing for safe adoption. [Features] ■ Minimal noise, vibration, and dust generation ■ Shorter construction period due to fewer processes ■ Larger openings possible ■ Applicable to various types of buildings ■ Safe design and construction methods *For more details, please refer to the PDF materials or feel free to contact us.

  • Other civil engineering works
  • Steel construction

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Seismic reinforcement method "Wooden seismic wall adhesive method"

Seismic reinforcement method "Wooden seismic wall adhesive method"

Minimal noise, vibration, and dust generation! An attractive seismic reinforcement method utilizing domestic timber.

The "Wooden Seismic Wall Adhesive Method" is a seismic reinforcement technology that fixes wooden panels to existing structures and to each other using epoxy resin. Wooden seismic walls can achieve a load-bearing capacity comparable to that of reinforced concrete seismic walls. This method has been developed and put into practical use as a new way to utilize wood, contributing to the expansion of the "forest cycle" of sustainable forest resources. Additionally, it has received a building technology performance certification from the Japan Architectural Institute, and if designed according to this evaluation, sufficient seismic resistance is recognized. 【Features】 ■ Minimal noise, vibration, and dust generation ■ Possible reduction in construction time ■ Environmentally friendly ■ Safe design and construction methods *For more details, please refer to the PDF materials or feel free to contact us.

  • Earthquake-resistant construction method
  • Vibration isolation, vibration control, and earthquake resistance construction
  • Renovation and repair methods

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Maintenance and repair of concrete structures

Maintenance and repair of concrete structures

From "creating" to "repairing" era. For the repair and reinforcement of various concrete structures, contact us!

In the green industry, we are engaged in the "maintenance and repair of concrete structures." We take preventive measures for concrete structures expected to deteriorate due to aging, starting with "structural repairs" to prevent secondary disasters caused by deterioration, as well as undertaking "seismic reinforcement" to compensate for insufficient strength and "inspection of bridges" among others. For concrete repair work, please leave it to us. 【Target Structures (partial list)】 ■ PC girders ■ RC girders ■ Abutments ■ Piers ■ Bridge deck, etc. *For more details, please refer to the PDF materials or feel free to contact us.

  • Concrete construction

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Reinforcing existing rockfall protection fences! Stronger Method [*with construction examples*]

Reinforcing existing rockfall protection fences! Stronger Method [*with construction examples*]

Rockfall capture performance is more than doubled! Reinforcement and height increase of the fence can be achieved without special processing!

The Stronger Method is a completely new rockfall countermeasure technique that utilizes existing rockfall protection fences without any special processing for reinforcement and achieves an increase in fence height. It allows for a "simple, inexpensive, and short-term" increase in fence height, with rockfall capture performance more than doubled! It is compatible with both newly installed and existing H-beam type rockfall protection fences. *We are currently offering a catalog with case studies of the Stronger Method, which has also been adopted by the Ministry of Land, Infrastructure, Transport and Tourism! Please download for more details. 【Features】 ■ No need for large-scale traffic regulations or detours due to heavy machinery! ■ Reinforcement is done without processing, allowing for quick and economical construction! ■ NETIS Registration No: HR-140004-A *For more details, please contact us or download the catalog to view.

  • Protective fence

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Groundbreaking rockfall prevention method "Stronger Method" *Case study collection giveaway

Groundbreaking rockfall prevention method "Stronger Method" *Case study collection giveaway

Easily, cheaply, and quickly raise the height of the existing stone guard! [Check the easy installation in the video]

We are currently offering a catalog featuring case studies of the Stronger Method, which has been adopted by the Ministry of Land, Infrastructure, Transport and Tourism! For more details, please download it. The Stronger Method is a completely new rockfall countermeasure technique that utilizes existing rockfall protection fences without any special processing, allowing for reinforcement and an increase in fence height. It can raise the fence height "easily, inexpensively, and in a short period," and the rockfall capture performance is more than doubled! It is compatible with both new and existing H-beam type rockfall protection fences. Adoption Case (Ministry of Land, Infrastructure, Transport and Tourism) ● Initially planned to "break down the retaining wall → new construction," but wanted to minimize damage to the retaining wall as it had been repaired multiple times. 　→ No need for any demolition (or core drilling) of the retaining wall concrete. ● As it is a major national road, we wanted to shorten the traffic regulation period. 　→ Only one day of regulation during material delivery (normally, regulations last about two weeks). ● We wanted to utilize existing stock and reduce costs. 　→ No processing required for existing structures, resulting in about a 20% cost reduction compared to new construction. *For more details about the case studies, please contact us or download the catalog to view.

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  • キャプチャ11.PNG
  • Protective fence

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What is a revolutionary reinforcement method for easily raising the height of fences?

What is a revolutionary reinforcement method for easily raising the height of fences?

*Essential for those worried about rockfall protection fences* *Easily, inexpensively, and in a short period, increase the height of existing stone guards with the "Stronger Method"*

The "Stronger Method" utilizes existing rockfall protection fences as they are, allowing for easy reinforcement and height increase without special processing. It can double the rockfall capture performance with "simple, low-cost, and short-term" height increases! It is compatible with both new and existing H-beam type rockfall protection fences. ♦ If the protection fence is damaged or rocks have flown over to the road or houses, simple countermeasures are needed... ♦ Rebuilding incurs high construction costs. If we could reduce costs... ♦ We want to minimize the construction period as much as possible... If you have any concerns like these, please feel free to consult with us. *For more details on case studies, please contact us or download the catalog to view.

  • Protective fence

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Reinforcement and Height Increase of Rockfall Protection Fences Utilizing Existing Structures

Reinforcement and Height Increase of Rockfall Protection Fences Utilizing Existing Structures

Numerous examples and benefits of the "Stronger Method" are featured with color photographs!

This document is about the simple construction method "Stronger Method" for attaching components to existing rockfall protection fences. It includes numerous examples with photos based on requests such as, "We planned to demolish and rebuild the retaining wall, but we have repaired it multiple times and want to minimize damage to the wall," and "Since this is a major national road, we want to shorten the traffic regulation period." Additionally, the features and benefits of the "Stronger Method" are also introduced. [Contents (excerpt)] ■ What is Stone Guard? ■ Application range of the Stronger Method ■ Features of the Stronger Method ■ Mechanism of the Stronger Method ■ Examples of adoption *For more details, please refer to the PDF document or feel free to contact us.

  • Protective fence

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Examples of Stronger Method Adoption: Fukushima Prefecture

Examples of Stronger Method Adoption: Fukushima Prefecture

Change the height from 1.5m to 2.5m with a raised type to accommodate your desired fence height.

We would like to introduce an example of the "Stronger Method," which is a reinforcement work for rockfall protection fences utilizing existing structures in Fukushima Prefecture. There were rockfalls that exceeded the fence, and there was a desire to increase the height of the fence. Additionally, it was adopted with consideration for the landscape and to accommodate landscape colors. The height was changed from 1.5m to 2.5m using a raised type to meet the desired fence height. Furthermore, we were able to accommodate landscape colors with hot-dip galvanized coating plus painting. 【Adoption Example】 ■ Location: Fukushima Prefecture ■ Type: Raised type ■ Reasons for Adoption - There were rockfalls that exceeded the fence, and there was a desire to increase the height of the fence. → Addressed with a raised type (H = 1.5m to 2.5m) - There was a desire to accommodate landscape colors with consideration for the landscape. → Possible to accommodate with hot-dip galvanizing plus painting. *For more details, please refer to the PDF materials or feel free to contact us.

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  • Rockfall prevention agent

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Stronger Method Adoption Example: Yamanashi Prefecture

Stronger Method Adoption Example: Yamanashi Prefecture

Change the height from 2m to 3m! This method allows for approximately half the cost and a significant reduction in construction time.

We would like to introduce an example of the "Stronger Method," a rockfall protection fence reinforcement project that utilizes existing structures in Yamanashi Prefecture. There were instances of rockfalls exceeding the fence, and there was a desire to increase the height of the fence. Additionally, although a high-energy protection fence had already been designed, it was costly. There were also bent posts that the client wanted to reuse if possible, which led to the adoption of this method. The height was changed from 2m to 3m using a raising type to meet the desired fence height. Furthermore, this method allows for approximately half the cost and significant shortening of the construction period. Regarding the bent posts, part of the base of the posts was retained and raised to accommodate the situation. 【Adoption Example】 ■ Location: Yamanashi Prefecture ■ Type: Raising Type ■ Reasons for Adoption - There were rockfalls exceeding the fence, and there was a desire to increase the fence height. → Addressed with the raising type (H=2.0→3.0m) - A high-energy protection fence had already been designed, but it was costly. → Approximately half the cost and significant shortening of the construction period. - There were bent posts that the client wanted to reuse. → Raised by retaining part of the base of the posts. *For more details, please refer to the PDF materials or feel free to contact us.

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  • image_11.jpg
  • Rockfall prevention agent

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