Reinforcement method - メーカー・企業200社の製品一覧とランキング | イプロス

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Reinforcement methodのメーカー・企業ランキング

更新日： 集計期間:Sep 09, 2026～Oct 06, 2026
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  1. 横山基礎工事 Hyogo//General contractors and subcontractors
  2. コンステック Osaka//General contractors and subcontractors
  3. 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
  4. 4 ジオテック Tokyo//Other construction industries
  5. 5 タイヨー Aichi//Building materials, supplies and fixtures manufacturers
企業ランキングへ

Reinforcement methodの製品ランキング

更新日： 集計期間:Sep 09, 2026～Oct 06, 2026
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  1. Temporary bridge temporary pier cable-stayed construction method "LIBRA Method" 横山基礎工事
  2. Reinforcement of existing beam after hole cutting: "Redouble Method" コンステック
  3. Panel formwork hardware "Separat" タイヨー
  4. 4 Shear Reinforcement Method "RMA Method" ケー・エフ・シー
  5. 5 Hybrid Concrete Reinforcement Method "Solid Remain Alpha"

Reinforcement methodの製品一覧

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Repair and reinforcement work for concrete structures

Repair and reinforcement work for concrete structures

Introducing repair and reinforcement work for concrete structures, such as cross-section repair work and water-stopping work!

At New Tech Co., Ltd., a comprehensive consultant for concrete, we undertake repair and reinforcement work for concrete structures. We carry out repair and reinforcement work using the cross-section repair mortar "Naoshitaru Series," as well as fiber reinforcement work and tile lifting repair work. Our company provides a consistent service as a "comprehensive hospital for concrete," offering various concrete tests and mix design (building a healthy body), investigation and diagnosis of concrete structures (from interviews to various precise inspections and diagnoses), concrete repair design (prescriptions), and repair and reinforcement work (administration of medicine and surgery). 【Repair and Reinforcement Work for Concrete Structures】 ■ Cross-section repair work (Naoshitaru method and others) ■ Water stop work (Asstop method) ■ Crack repair work ■ Cover thickness improvement work (Naoshitaru method) ■ Fiber reinforcement work *For more details, please refer to the PDF materials or feel free to contact us.

  • Concrete construction
  • Reinforcement and repair materials
  • Renovation and repair methods
  • Reinforcement method

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Reinforcement work for existing rockfall protection fence "Reinforced Fence"

Reinforcement work for existing rockfall protection fence "Reinforced Fence"

Reuse the existing rockfall protection fence as is to improve performance.

The "Reinforced Fence" is a method for strengthening existing rockfall protection fences that lack durability and height. It can increase the height of the protection fence up to a maximum of 6.0 meters and enhance the corresponding rockfall energy up to a maximum of 200 kJ. ■ Reinforcement of existing rockfall protection fences ■ Height increased up to a maximum of 6.0 meters ■ Rockfall energy increased up to a maximum of 200 kJ Ministry of Land, Infrastructure, Transport and Tourism New Technology Information System (NETIS) Registration Number: HR-110028-V *Registration period has ended *For more details, please download the PDF or feel free to contact us.

  • Road construction
  • Railway Construction
  • Other civil engineering works
  • Reinforcement method

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Repair and reinforcement method "Sprayed Floor Slab Bottom Thickening Method"

Repair and reinforcement method "Sprayed Floor Slab Bottom Thickening Method"

Introducing construction methods that can improve load-bearing capacity and durability.

The "Sprayed Floor Slab Thickness Increase Method" is a technique that involves spraying polymer cement mortar to increase thickness and integrate with existing concrete, thereby improving load-bearing capacity and durability. It can be applied to reinforce damaged road bridge RC slabs and beams due to insufficient load capacity caused by changes in design loads or fatigue deterioration from wheel loads. Additionally, it is applicable for bending and shear reinforcement of RC structures such as tunnels and box culverts. 【Features】 ■ Improved load-bearing capacity and durability ■ Reduced existing rebar stress and deflection ■ Restores the slab function and significantly enhances fatigue durability ■ Possible improvements in workability and cost-effectiveness *For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods
  • Reinforcement method

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KTM Monorail Construction Method

KTM Monorail Construction Method

Fixing the ATC/TD loop protection pipe to follow the deflection of the steel track girder! Introducing the fixation of the ATC pipe on the monorail steel track girder.

The "KTM Monorail Construction Method" utilizes the excellent properties of GRC blocks and employs fluorine sealing materials, urethane-based grout materials, and permanently dry fluorine resin coatings. It follows the deflection of the steel track girder and secures the ATC/TD loop protection pipe. For more details, please contact us. 【Features】 ■ Utilizes the excellent properties of GRC blocks ■ Uses fluorine sealing materials, urethane-based grout materials, and permanently dry fluorine resin coatings * For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method
  • Reinforcement method

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Internal Pressure Filling Joint Reinforcement Method for Concrete Structures "IPH Method"

Internal Pressure Filling Joint Reinforcement Method for Concrete Structures "IPH Method"

Patent and NETIS registered! A new technology and method that realizes the long lifespan of concrete structures.

The "IPH method" is an innovative technique that uses a spring-type injector to maintain stable pressure while employing a uniquely developed "air release" technology to replace epoxy resin within cracks, allowing for the filling of even fine cracks. It enables injection into gaps of 0.1mm or less with an internal propulsion distance of over 30cm, simultaneously achieving the recovery and reinforcement of deteriorated concrete. Additionally, it realizes a 30% cost reduction compared to conventional technologies, improving economic efficiency by 76.9% over a lifecycle of more than 30 years. 【Features】 ■ Higher pressure stability compared to traditional rubber and balloon pressurization ■ Precise control of flow rate at low pressure, maintaining consistency ■ Viscosity that penetrates to the ends of fine cracks ■ Significantly contributes to aging countermeasures and longevity of concrete structures ■ Low noise, no vibration, and dust-free * Distributors in the Tokai and San'in regions * For more details, please feel free to contact us.

  • Rust Inhibitor
  • Reinforcement and repair materials
  • Renovation and repair methods
  • Reinforcement method

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Low-cost reinforcement possible: Wet spray seismic reinforcement method 'AP Method'

Low-cost reinforcement possible: Wet spray seismic reinforcement method 'AP Method'

No new design calculations required! Construction can be carried out with simpler formwork installation than during concrete pouring.

The "AP Method" is a construction method that involves the addition of "expansions," "additional installations," and "opening closures" for the purpose of "adding load-bearing walls." This method can be designed based on the same design standards as concrete, following the RC/SRC seismic diagnosis criteria and renovation design guidelines. In the case of additional walls, no formwork is required, and construction can be carried out while the occupants are present. 【Features】 ■ High compressive strength of 48N/mm² on average ■ No formwork required for additional walls ■ Construction can be done while occupants are present ■ Designable based on the RC/SRC seismic diagnosis criteria and renovation design guidelines *For more details, please refer to the PDF materials or feel free to contact us.

  • Earthquake-resistant construction method
  • Reinforcement method

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Introduction to the seismic resistance technology "JSPAC Method"

Introduction to the seismic resistance technology "JSPAC Method"

We will provide total support for building diagnosis and renovation!

The "JSPAC Method" is a next-generation seismic reinforcement method developed to accommodate all types of concrete structures as an easy reinforcement technique. It combines the previously individually implemented steel plate wrapping method and the continuous fiber sheet wrapping method. By incorporating the advantages of each, it demonstrates excellent performance in terms of seismic resistance, construction period, and cost. 【Features】 ■ Construction can be carried out while the building is occupied ■ Compatible with a variety of buildings ■ Minimal impact on the building's design ■ Excellent seismic performance with minimal construction ■ Lower cost and energy-efficient compared to conventional methods *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Renovation and repair methods
  • Reinforcement method

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Five Advantages of the Seismic Retrofit Construction "JSPAC Method"

Five Advantages of the Seismic Retrofit Construction "JSPAC Method"

Exhibits excellent performance in terms of seismic resistance, construction period, and cost! Suitable for all types of concrete buildings.

The "JSPAC method" is a next-generation seismic reinforcement technique developed as an easy and advanced reinforcement method suitable for all types of concrete buildings. This method solves challenges by achieving construction in a compact space compared to previous methods. Ensuring safety during construction has also become easier, allowing for work to be done while the building is in use. Additionally, since construction can be tailored to the shape of various parts of the building, it can be applied to a wide range of structures, including apartments, office buildings, and school buildings. While it is often applied to concrete columns, it can also be adapted to structures such as steel frames depending on the situation. **Five Advantages** - Construction can be carried out while the building is occupied. - Capable of accommodating diverse types of buildings. - Minimal impact on the building's design. - Excellent seismic performance with minimal construction. - Can be executed at a lower cost and with energy savings compared to conventional methods. *For more details, please refer to the PDF document or feel free to contact us.*

  • Earthquake-resistant construction method
  • Renovation and repair methods
  • Reinforcement method

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★Typhoon, rain leakage, energy-saving measures! "Sustainable Roofing Method" Service★

★Typhoon, rain leakage, energy-saving measures! "Sustainable Roofing Method" Service★

It will be reborn as a roof that matches the needs of the times in about two weeks!

Do you have any of the following concerns or needs? ● Concerns 1. I want to address leaks caused by the aging of the slate roof at my facility... 2. I want to address noise (leak sounds, rain sounds) caused by the above issue... 3. I want to carry out repair work without stopping operations for the above issues... ● Needs ☛ A roof that is resilient to natural disasters ☛ A roof with high energy-saving effects ☛ A safe roof that does not release asbestos ☛ A roof that can accommodate solar panels in the future In response to the above concerns and needs, we propose the "Sustainable Roofing Method"!

  • others
  • Planting work
  • Reinforcement method

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Inorganic Adhesive "FJ515 Heating Foaming Type"

Inorganic Adhesive "FJ515 Heating Foaming Type"

Enhancing the non-combustibility and fire resistance of organic foams and building materials! Heat-foaming type inorganic adhesive.

The "FJ515 Heating Foam Type" is a 100% inorganic, water-based, one-component, heating foam type inorganic adhesive. It expands 5 to 10 times due to flame, forming a strong fire-resistant insulation layer. It enhances the non-combustibility and fire resistance of organic foams and building materials. 【Features】 ■ Rapid curing due to the evaporation of moisture (dehydration condensation reaction) ■ When rapidly heated to 150°C to 200°C, it expands 5 to 10 times and forms a fire-resistant insulation layer ■ No volatile substances or harmful gases are generated during drying ■ Non-combustible, highly heat-resistant, and does not degrade under ultraviolet light ■ Viscosity can be adjusted as desired by adding water or hot water *For more details, please refer to the PDF document or feel free to contact us.

  • glue
  • Reinforcement method

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Pile Foundation Reinforcement Method "Σ-i (Sigma-I)"

Pile Foundation Reinforcement Method "Σ-i (Sigma-I)"

Advanced piles protect buildings. We have consolidated all the necessary elements for steel pipe piles.

"Σ-i (Sigma-I)" is a pile-type ground reinforcement method that involves inserting a pile equipped with four cutting blades and spiral wings into the ground while rotating it. This method consolidates various elements necessary for ground reinforcement, including high pile performance, reliability and safety in construction, and consideration for the environment and neighboring areas. Furthermore, by improving the structure of the tip wings, it has successfully achieved a balance between pile performance and cost reduction. 【Features】 ■ Reliable bearing capacity ■ Development of a new type of tip wing ■ Consistent management system ■ Consideration for the environment ■ Compatible with various ground conditions *For more details, please refer to the PDF document or feel free to contact us.

  • Ground foundation construction method
  • Reinforcement method

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Achieving earthquake resistance that meets customer needs! The best mix of reinforcement methods.

Achieving earthquake resistance that meets customer needs! The best mix of reinforcement methods.

Because we are a specialized company in seismic reinforcement! From design to construction, we have a consistent in-house system. We provide seismic retrofitting tailored to our customers' needs by combining traditional methods and patented techniques.

Our company offers the "Best Mix," which proposes the most suitable combinations from various seismic reinforcement methods. Leveraging the technology we have developed over the years, we promise a satisfactory completion with prompt and precise construction details. As a company specialized in seismic measures, we can provide proposals and construction that combine not only traditional methods but also patented techniques. We offer methods such as the "Design U Frame Method," which is compatible with RC and SRC structures, and the "HP Seismic Method," which demonstrates both strength and ductility effects. [Features] ■ A consistent in-house system from design to construction, made possible by our expertise in seismic reinforcement ■ Numerous achievements that respond promptly to diverse needs ■ The RE・do project, which revitalizes the value of old seismic real estate *For more details, please refer to the PDF materials or feel free to contact us.

  • Earthquake-resistant construction method
  • Reinforcement method

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Strong Wind Reinforcement Method "Polyfoam Injection Method"

Strong Wind Reinforcement Method "Polyfoam Injection Method"

Adhesive with polyfoam! Proven astonishing adhesive strength that withstands wind and rain at speeds of 70m.

The "Polyfoam Injection Method" is a technique that uses special adhesive materials to secure tiles, representing a modern version of traditional earthen tile roofing. By using polyfoam, the occurrence of tile fluttering is significantly reduced. Additionally, since it does not require traditional nails for fastening, it allows for substantial time and cost savings. 【Features】 ■ Integrates the base, batten, and tiles ■ Accommodates various roof slopes and shapes ■ Exhibits excellent adhesive properties ■ Polyfoam is a specially developed adhesive for roofing materials, making it resistant to strong winds such as those from typhoons ■ The foam-like adhesive does not limit the shape of the materials used *For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods
  • Reinforcement method

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Realkalization Method [Alkali-T Method]

Realkalization Method [Alkali-T Method]

It can be constructed in a short period with minimal damage, and it is possible to restore durability against carbonation!

The "Re-Alkalization Method (Alkalite Method)" is a technique that re-alkalizes concrete that has undergone carbonation through the principle of electric permeation, restoring it to a sound state. It can be applied in a short period with minimal damage. It can recover durability against carbonation. Additionally, the treatment effects can be confirmed immediately after construction. 【Features】 ■ Restores durability against carbonation ■ Treatment can be performed with almost no damage ■ Treatment can be completed in a short period (2 weeks) of electrification ■ Treatment effects can be confirmed immediately after construction *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Reinforcement method

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Reinforcement method for rockfall protection nets: "Coil Net Method"

Reinforcement method for rockfall protection nets: "Coil Net Method"

With astonishing capture performance, it captures falling rocks all at once! It is based on manual labor, and no lifting machinery is required.

The "Coil Net Method" is a reinforcement method for rockfall protection nets that can be installed not only on existing wire mesh but also on newly constructed wire mesh. By installing ultra-hard wire coils with a diameter of 5mm onto the rockfall prevention net, it effectively utilizes existing structures, achieving high versatility. Compared to conventional wire mesh, it is lightweight, making it easy to handle, which leads to labor savings for workers and significantly contributes to cost reduction. 【Features】 ■ Reinforcement net that does not require the removal of rockfall wire mesh ■ Achieves lightweight through coils ■ Safe and easy for external work ■ Environmentally friendly as it does not compromise aesthetics and generates minimal waste ■ Excellent durability for peace of mind and longevity *For more details, please refer to the PDF document or feel free to contact us.

  • Earth retaining wall/foundation reinforcement
  • Reinforcement method

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A filling method that allows for the safe extraction of steel sheet piles in close proximity to railways.

A filling method that allows for the safe extraction of steel sheet piles in close proximity to railways.

"Over 850 construction achievements" The 'GEOTETS method' ensures no underground obstacles are left due to abandonment (burial)! It minimizes impact on the surrounding area and also addresses soil contamination measures.

The "GEOTETS Method" (Simultaneous Filling Method for Retaining Material Extraction) is a construction method that allows for the safe extraction of steel sheet piles, retaining piles, and pre-cast piles even in close proximity to railways. In recent years, with the active redevelopment and elevation of railway lines, there has been a growing need to mitigate the impact on surrounding lines and facilities. In areas close to important structures such as railways, there is often a significant amount of retained soil material. This method allows for simultaneous filling from pre-installed filling pipes while extracting, addressing the voids created by the extraction. ■ Mitigation of impact on neighboring lines and surrounding facilities ■ Highly suppresses ground subsidence around the extraction area ■ Over 400 successful applications (including JR, Kintetsu, Tobu Railway, Hankyu Railway, etc.) ■ Environmentally friendly method as steel sheet piles can be reused ■ Other applications include construction in reservoirs and river embankments, soil contamination measures, and pile extraction.

  • Ground foundation construction method
  • Reinforcement method

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Proposal for Ground Anti-Corrosion and Reinforcement Methods

Proposal for Ground Anti-Corrosion and Reinforcement Methods

Introducing three types of sheet attachment methods! Measures against root rot at the pavement boundary (ground level).

In recent years, there has been a nationwide increase in incidents related to root rot, such as the collapse of signs and lighting. This document introduces the factors contributing to root rot, the policies of the Ministry of Land, Infrastructure, Transport and Tourism, and traditional construction methods. It also proposes repair and reinforcement methods to prevent root rot for steel pipe columns (lighting poles, sign poles, utility poles, pedestrian bridges, playground equipment, buildings, etc.). [Contents] ■ Current situation ■ Three types of sheet attachment methods ■ Comparison of each method *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Reinforcement method

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Soil retaining member pull-out simultaneous filling method

Soil retaining member pull-out simultaneous filling method

A unique method for safely retrieving steel sheet piles and similar materials in proximity construction and levee work.

When performing temporary earth retention in soft ground, the extraction of steel sheet piles can significantly impact nearby houses and buried utilities, leading to many cases where they are left in place. Additionally, in the construction of reservoirs and river embankments, the risk of embankment failure during floods caused by water channels created during extraction is a concern. This method has accumulated approximately 200 successful cases as a solution to these issues. A new technology has been patented and registered with NETIS, which involves filling the voids created during extraction with a special filling material simultaneously as the steel sheet piles are pulled out. This helps prevent business losses and reduces costs.

  • Civil Engineering Method
  • Reinforcement method

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Reinforcement Method "Fabric Foundation Reinforcement Material SRC"

Reinforcement Method "Fabric Foundation Reinforcement Material SRC"

Since construction can be carried out without using heavy machinery, it is possible to reinforce the foundation even in residential buildings with narrow gaps between adjacent structures.

The "Fabric Foundation Reinforcement Material SRC" is a foundation reinforcement method that involves attaching carbon fiber reinforcement material to one or both sides of a residential foundation to prevent collapse during earthquakes and other shaking. Since it can be installed without the use of heavy machinery, it is possible to reinforce foundations even in homes with narrow spacing between buildings. Carbon fiber has ten times the tensile strength of steel. 【Features】 ■ Weighs one-fourth of steel ■ Strength (tensile strength) is ten times that of steel ■ Does not rust *For more details, please refer to the PDF materials or feel free to contact us.

  • Renovation and repair methods
  • Reinforcement and repair materials
  • Reinforcement method

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We will carry out river and waterway repair and reinforcement work, including investigation, proposal, management, and construction.

We will carry out river and waterway repair and reinforcement work, including investigation, proposal, management, and construction.

It has been 20 years since we started repairing rivers, waterways, bridges, and tunnels. As a subcontractor, we have managed and executed many construction projects. We will provide an estimate.

We have conducted numerous management and construction projects to date. List of Bridge Repair and Reinforcement Works Renovation ● Substrate Treatment Crack Repair (Leakage, Filling of Voids) Chipping (Restoration of Missing, Weak, or Eroded Areas) ● Joint Treatment ● Surface Strengthening Treatment CS Mortar Method ● Panel Method ● Mortar Spraying Method ● Seismic Reinforcement Additionally, we also undertake construction related to repairs. Please contact us for inquiries.

  • Renovation and repair methods
  • River construction
  • Agricultural civil engineering works
  • Reinforcement method

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Repair work "Ribacon Method"

Repair work "Ribacon Method"

It contributes to a significant improvement in concrete modification effects and cost reduction.

Our company undertakes concrete repair and reinforcement work as well as concrete modification work using the "Rivacon Method." By using the concrete modifier "Rivacon Liquid," we protect concrete from various deterioration factors (such as carbonation, salt damage, and alkali-silica reaction) and improve its durability, while also demonstrating its effectiveness as a waterproofing solution for structures. Additionally, we offer a lineup of Rivacon Tech products in liquid, powder, solid stick, and impregnation sheet types, tailored to specific purposes and application locations. *For more details, please feel free to contact us.*

  • Renovation and repair methods
  • Reinforcement method

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Bridge pier seismic reinforcement method "AT Method"

Bridge pier seismic reinforcement method "AT Method"

Extremely suppress the bending moment to reduce the increase in the cross-section of the structure, while also accommodating constraints from adjacent structures!

The "AT Method" is a seismic reinforcement method for bridge piers that significantly reduces the thickness of the reinforcement wrapping compared to the RC wrapping method and conventional PCM wrapping method. By cutting grooves into the surface of the existing concrete and embedding reinforcement bars, the increase in wrapping thickness can be greatly reduced. As a result, the range of applicability expands even in cases with structural constraints. 【Construction Procedure】 ■ Surface treatment → Core space cutting → Core drilling → Embedded groove cutting → Reinforcement bar embedding commencement → Band reinforcement bar installation → Protective coating → Finish material application *For more details, please feel free to contact us.

  • Renovation and repair methods
  • Special Construction Method
  • Reinforcement method

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Long-term corrosion protection system for steel materials "Puzzle(R) Method"

Long-term corrosion protection system for steel materials "Puzzle(R) Method"

It is a long-term corrosion protection system for steel materials using room temperature metal thermal spraying!

The "Puzzle(R) Method" is a corrosion protection technique that dramatically enhances the corrosion resistance of sacrificial anode metal spraying (aluminum/zinc) and protective coatings by combining them, pursuing the principle of [1+1=4]. With the introduction of advanced sealing materials [Highbon AZ Sealer] and primer for metal spraying [Highbon Conductive Primer], it has become a groundbreaking long-term corrosion protection system for steel materials. 【Goals of the Puzzle(R) Method】 ■ Improvement of expected service life of corrosion resistance ■ Reduction of LCC (Life Cycle Cost) ■ Enhancement and generalization of maintenance technology ■ Gaining trust in steel materials *For more details, please download the PDF or feel free to contact us.

  • Special Construction Method
  • Reinforcement method

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Aramid rod insertion joint replacement reinforcement method "B-Star Method"

Aramid rod insertion joint replacement reinforcement method "B-Star Method"

Enhance the out-of-plane bending strength and toughness of brick walls without changing their appearance!

The "B-Star Method" is a patented technique that enhances the out-of-plane bending strength and toughness of brick walls without altering their appearance by embedding high-strength, high-durability aramid rods into the joints of existing brick structures and replacing part of the joint with a reinforcing joint material. Aramid rods possess more than five times the tensile strength of ordinary steel materials, and by inserting straight rods into horizontal joints and U-shaped rods into vertical joints, the seismic resistance of the brick wall is improved. Since the construction is limited to the joint areas, it does not affect the design of the brick wall. 【Features】 ■ Uses lightweight reinforcement materials, resulting in no increase in weight after reinforcement ■ Prevents the collapse of brick walls due to aramid rods even after cracking occurs ■ Limited to joint area construction, thus not affecting the design of the brick wall ■ Implemented through responsible construction by members of the Brick Structure Seismic Reinforcement Research Association *For more details, please refer to the PDF document or feel free to contact us.

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  • Renovation and repair methods
  • Reinforcement method

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Construction Achievements: FY 2018, Fuchu City, Hiroshima Prefecture

Construction Achievements: FY 2018, Fuchu City, Hiroshima Prefecture

Excellent durability against repeated loads such as earthquakes! Introducing our achievements in Fuchu City, Hiroshima Prefecture.

We would like to introduce the construction achievements of the DK Bond Method. The implementation of this method closes crack openings and prevents loosening of the bedrock due to weathering, while also dispersing the concentrated stress in the area. This results in excellent durability against repeated loads such as earthquakes and demonstrates a high effectiveness in preventing falling rocks. 【Construction Achievements】 ■Project Number: 3559 ■Client: Hiroshima Prefectural Eastern Construction Office ■Main Contractor: Amano Kiko Co., Ltd. ■Project Name: Fuchu Up and Down Line Road Disaster Prevention Work (Fuchihara Section) ■Prefecture: Hiroshima ■Construction Location: Kawamachi, Fuchu City ■Start Date: June 2018 ■End Date: September 2018 *For more details, please refer to the PDF document or feel free to contact us.

  • Earthquake-resistant construction method
  • Reinforcement method

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Repair of the drainage connection and main pipe with a strong integrated method: "FRP Internal Reinforcement Method."

Repair of the drainage connection and main pipe with a strong integrated method: "FRP Internal Reinforcement Method."

Partial repairs of steps, pipe misalignments, joint misalignments, cracks, etc. in the drainage pipes. Extension of the lifespan of sewer systems, agricultural water, industrial water pipes, etc. (light curing, heat curing).

The FRP internal reinforcement method (light curing) is a technique for partially repairing unevenness, pipe wear, joint misalignment, cracks, and other issues that occur in sewer pipelines. The repair material is attached to the construction machine and is introduced from a nearby existing manhole, then transported to the targeted defective area. Next, the repair material is pressurized and adhered to the pipe wall, and by using a heater or ultraviolet lamp built into the construction machine for thermal curing or light curing, a high-strength FRP pipe is formed. [Applications] ● Extending the lifespan of aging or damaged sewer systems, agricultural water, industrial water pipes, etc. ● When repairs are desired only for specific areas rather than the entire span. ● When the differences between sound and deteriorated sections can be managed. ● When costs need to be kept as low as possible.

  • Sewerage facilities
  • Reinforcement method

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Double Pipe Strainer Method for the stability of shafts and shields, and protection of soil retention deficiencies.

Double Pipe Strainer Method for the stability of shafts and shields, and protection of soil retention deficiencies.

Forming a homogeneous improved ground by injecting quick-setting grout using a double pipe and a special tip device. Construction is environmentally friendly with minimal industrial waste disposal.

This construction method is based on performing primary injection using a double-tube injection rod at each step to inject a quick-setting gel time while preventing diffusion beyond the specified area, followed by secondary injection to inject a slow-setting gel time to achieve uniform penetration into the voids between soil particles, thereby forming a homogeneous improved ground. 【Applications】 ● Stabilization of the bottom slab and backfill of the shaft (waterproofing and increased strength) ● Protection of soil retention deficiencies ● Stabilization of the face of shield tunneling or thrusting ● Prevention of loosening in the route section of shield tunneling or thrusting ● Stabilization of the backfill and bottom slab of deep foundations (waterproofing and increased strength) 【Features】 ● It hardens to a moderate firmness, so it does not interfere with excavation. ● The machinery is compact, allowing for construction in narrow areas. ● It can be applied freely in any direction, 360 degrees. ● There is minimal industrial waste, enabling environmentally friendly construction. ● It can be applied to all types of ground (especially effective for sandy soils). ● It generates little vibration and noise.

  • Ground improvement
  • Reinforcement method

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Rainwater collection and infiltration method "EGSM Method"

Rainwater collection and infiltration method "EGSM Method"

Let's return the falling rainwater back to the ground! A construction method certified for technical evaluation!

The "EGSM method" is designed to allow rainwater to permeate underground by easily modifying existing catch basins without excavating the road, ensuring they can be used permanently. By allowing rainwater to infiltrate the ground, it contributes not only to road flooding measures but also to rainwater runoff control, restoration of water circulation functions, and improvements to combined sewer systems. 【Features】 - Simple construction that only involves removing the bottom of the road catch basin - Can be completed in a short time and at a low cost - Usable even on narrow roads - Noise control measures are implemented with a specialized excavation machine, resulting in minimal environmental impact on nearby residents - Excavation depth can be adjusted according to groundwater levels and soil conditions, among other factors *For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods
  • Civil Engineering Method
  • Reinforcement method

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Internal reinforcement method (partial repair)

Internal reinforcement method (partial repair)

For pipe inspection, repair, and correction, please leave it to us.

Our company has a specialized machine that attaches a thermosetting resin repair material to glass cloth and non-woven fabric. This machine is moved from the manhole to the repair site and is used for the "internal reinforcement method (partial repair)" to adhere to the areas of the sewer pipe that need repair. After being pressure-bonded, it is heated and cured with a heater. Additionally, light curing using ultraviolet radiation is also possible, allowing us to adapt the construction to customer requests and the conditions of each site. Since the work is carried out while confirming with a television camera, there is no need to excavate the ground, and construction can be performed without interrupting the use of the sewer system. By repairing the sewer pipes themselves, we extend the lifespan of the sewer pipes, stop leaks, and prevent accidents such as road subsidence. 【Features】 ■ Fast construction is possible through pressure and heat curing (light curing) (approximately 1 hour per location) ■ Consistent repairs from the installation pipe opening to the main pipe section using a television camera-equipped branch repair machine ■ Repairs for steps, joint misalignment, pipe misalignment, bends, etc., are possible with the main pipe (variable) repair machine ■ Repairs inside the installation pipe using the installation pipe internal repair machine *For more details, please feel free to contact us.

  • Renovation and repair methods
  • Reinforcement method

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Existing waterway repair and reinforcement method "Panel Lining Method"

Existing waterway repair and reinforcement method "Panel Lining Method"

Repair and reinforcement method for existing waterways using resin concrete panels.

The "Panel Lining Method" is a technique that utilizes high-smoothness, wear-resistant resin concrete panels as surface covering materials on the inner surfaces of existing waterway structures, without demolishing the existing structures. This method effectively utilizes existing facilities in combination with reinforcement materials. Resin concrete panels are lightweight, easy to install manually, and allow for fast construction, as well as partial repairs. Due to their long service life, they are also cost-effective in terms of lifecycle costs. 【Method Features】 ■ Easy manual installation ■ Fast construction speed and capability for partial repairs ■ Can be produced with arbitrary curvature, resulting in minimal cross-sectional loss after covering ■ Can maintain the previous water flow rate *For more details, please download the PDF or contact us.

  • Renovation and repair methods
  • Earthquake-resistant construction method
  • Reinforcement and repair materials
  • Reinforcement method

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