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Reinforcement method Product List and Ranking from 14 Manufacturers, Suppliers and Companies | IPROS GMS

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

Reinforcement method 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. ケー・エフ・シー Osaka//Ferrous/Non-ferrous metals
  2. 五幸商事 Tokyo//Trading company/Wholesale
  3. 鈴与商事 Shizuoka//Trading company/Wholesale
  4. 4 ASAI SANGYO CO., LTD. Tokyo//Ferrous/Non-ferrous metals
  5. 5 城東テクノ Osaka//Building materials, supplies and fixtures
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Reinforcement method 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. Shear Reinforcement Method "RMA Method" ケー・エフ・シー
  2. Dye Q reinforcement method *Repairs for missing areas and anti-corrosion processing are also available! 五幸商事
  3. Reinforcement Method "Dye Q" 鈴与商事
  4. 4 Gainah SH sheet board method (tunnel, concrete structure reinforcement) ケー・エフ・シー
  5. 5 Slate, corrugated, roof insulation and heat shielding reinforcement method "Heat Proof K Method" ASAI SANGYO CO., LTD.

Reinforcement method Product List

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Blow-off Roof Renovation Method "SOSEI Method" *Materials with test data provided

Blow-off Roof Renovation Method "SOSEI Method" *Materials with test data provided

A roof that is strong against typhoons and earthquakes. Spray to create a seamless roof surface. Ideal for the renovation of slate roofs. Achieved 1 million m² nationwide.

The "SOSEI Method" is a unique construction method developed by Toyoko that allows for waterproofing, reinforcement, and insulation to be performed in a single application, making it suitable for the renovation of slate roofs. By spraying three layers of special resin to seamlessly integrate the surface, it prevents gaps and cracks by blocking drafts from entering the slate joints and edges. Furthermore, with a roof load of 2.3 to 2.5 kg/m2, it is lighter compared to steel plate covering methods, which reduces the burden on the building structure and lowers reinforcement costs during seismic work. 【Features】 ■ Integrates the overlaps of slate, hook bolts, and the joints of ventilation openings ■ Contributes to reducing the risk of roof and ceiling materials falling into the building ■ Improves insulation, helping to control the rise in attic room temperature even on extremely hot days ■ Proven track record of 1 million m2 nationwide, including major manufacturers ■ Reliable leak compensation for up to 10 years (for slate roofs) *You can view documents containing test data from the "PDF Download." Please feel free to contact us with any inquiries.

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External seismic reinforcement method "Smile Parallel Method"

External seismic reinforcement method "Smile Parallel Method"

External seismic reinforcement method using diagonal PC steel materials.

■ No changes to the indoor layout are necessary for external reinforcement. ■ It allows for low noise, low vibration, and dust-free construction, resulting in minimal environmental impact and enabling continued use of the building during the construction period. ■ The diagonal PC steel materials arranged within the structural frame are slender, with a maximum diameter of 40mm, while possessing high durability and excellent recovery characteristics, without obstructing natural light and ventilation even after reinforcement. ■ By allowing the diagonal PC steel materials to bear most of the reinforcement capacity, the cross-section of the PCa members remains slender. ■ The main components are precast elements (factory-produced), which reduces on-site work and shortens the construction period. ■ Cost reduction is achieved through the miniaturization of components.

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Seismic reinforcement method "Anshin Block Seismic Wall Method"

Seismic reinforcement method "Anshin Block Seismic Wall Method"

By using an adhesive method for the fixing plate and high-flow mortar, noise and vibration are significantly reduced.

The "Anshin Block Seismic Wall Method" is a seismic reinforcement method that uses RM units to construct additional seismic walls. Construction can be carried out while the building is in use. By using RM units, it allows for shorter construction periods, space savings, and resource savings (no formwork required) compared to RC seismic walls. It can accommodate a wide range of seismic reinforcement projects, including schools, hospitals, office buildings, and commercial facilities. 【Features】 ■ Reduction of noise and vibration ■ Space-saving ■ Shortened construction period ■ CO2 reduction *For more details, please refer to the PDF materials or feel free to contact us.

  • Anti-vibration, earthquake-proof, vibration-isolating devices
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Ground reinforcement "Pure Pile Method" high strength, short construction period, no residual soil!

Ground reinforcement "Pure Pile Method" high strength, short construction period, no residual soil!

【Detailed Information Presented】A new form of columnar improvement method that does not mix soil with cement! Guaranteeing safe and secure single-family homes! Pile foundation reinforcement method for single-family houses.

The Pure Pile Method is an advanced ground reinforcement technique that has evolved from traditional columnar improvement methods, providing a safe and high-quality pile foundation with three times the strength, even in humus soil. Since piles are constructed using only cement milk without soil contamination, it achieves uniform and stable high strength regardless of soil type. Furthermore, by using a special excavation rod to laterally expand the ground while excavating to the support depth, piles are constructed by replacing the excavated material with cement milk. 【Features】 - The strength of each pile is approximately three times that of columnar improvement. - Construction time is about half that of columnar improvement. - Minimal residual soil ensures a clean site, contributing to environmental considerations. For more details, please contact us or download the catalog.

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Carbon Fiber Structural Reinforcement Method "CABOCON Method"

Carbon Fiber Structural Reinforcement Method "CABOCON Method"

Reinforcement of concrete and steel structures is possible! Transportation and installation can be carried out by a small number of people, reducing implementation costs.

The "CABOCON method" is a reinforcement and repair technology that uses "carbon fiber," a material familiar in space-related applications, aircraft structural materials, and golf clubs. Carbon fiber has approximately ten times the tensile strength of steel, while its mass is about 1/40 that of steel (at the same strength ratio), making it extremely lightweight. It provides excellent reinforcement effects for concrete structures and steel structures in highways and buildings. 【Features】 ■ The strength of steel combined with the lightness of fiber ■ Projects that would take two months with conventional methods can be completed in about one week ■ No concerns about corrosion due to the use of carbon fiber materials ■ Transportation and installation can be done by a small number of people, reducing implementation costs ■ Flexible *For more details, please refer to the PDF document or feel free to contact us.

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Gainah SH sheet board method (tunnel, concrete structure reinforcement)

Gainah SH sheet board method (tunnel, concrete structure reinforcement)

Existing Tunnel Reinforcement Method Using CFRP Strip Adhesive - Achieving Effective Tunnel Interior Reinforcement with High-Strength CFRP Using Carbon Fiber Sheets and Separators.

■NETIS Number: KT-230046 Technology Name: Fiber Sheet Adhesive Method for Tunnel and Bridge Repair and Reinforcement "Gaina SH Sheet Board Method" * Reinforcement with a single-layer laminated fiber sheet using high-density carbon fiber (compared to standard multi-layer). * Compared to our carbon fiber sheet method of overlapping application, this method is expected to shorten construction time and reduce costs. * Lighter than our steel plate adhesive method. No anchor work is required due to adhesive application. This method involves fewer processes compared to our continuous fiber sheet method. * High strength allows for strip-like arrangement. Unfinished areas between strips can be visualized, enabling visual confirmation of crack progression after reinforcement. * High-performance impregnation agents ensure reliable impregnation, allowing for high-quality construction. * No special skills are required for adhesive and impregnation work, making it easy to secure construction personnel. * As a fiber sheet adhesive method, partial construction and partial adhesion are possible. It is flexible, allowing for easy application in corners.

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  • Composite Materials
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Rock bolt reinforcement method (existing tunnel reinforcement method)

Rock bolt reinforcement method (existing tunnel reinforcement method)

This is a method for effectively and economically reinforcing the lining with rock bolts in gravelly mountainous areas where it is difficult to achieve anchoring stability.

The "Rock Bolt Reinforcement Method" is a reinforcement method for existing tunnels based on the geological conditions of the surrounding ground. - It involves inserting steel materials deeper based on the slip surface of the soil mass, securing the entire steel structure with grout, and passively generating tensile forces in the steel as the ground deforms, thereby suppressing ground deformation and the occurrence of slips. - This method effectively and economically reinforces the tunnel lining with rock bolt anchoring, especially in sandy and gravelly ground where conventional rock bolt installation has struggled to achieve anchoring strength. 【Features】 ■ Saber EX: A high-pressure water expansion type rock bolt for reinforcement that does not require an anchoring agent. This allows for simultaneous anchoring during installation, reducing the cycle time per bolt and enabling immediate strength development. - The bolts are treated with a high corrosion-resistant coating, contributing to the longevity of the tunnel and ensuring reliable ground retention effects. ■ IBO ZAM: A self-drilling rock bolt that can perform drilling and bolt insertion simultaneously, shortening the cycle time per bolt. - It features an R32 thread rolled along its entire length, making it very easy to handle on-site. It is effective not only as a self-drilling bolt but also as an injection bolt utilizing its hollow structure. *For more details, please refer to the PDF document or feel free to contact us.

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Dye Q reinforcement method *Repairs for missing areas and anti-corrosion processing are also available!

Dye Q reinforcement method *Repairs for missing areas and anti-corrosion processing are also available!

A reinforcement method that allows for the regeneration, extension of life, and restoration of strength without replacing deteriorated roofs! We are also offering a solution document and case studies featuring our unique technology!

The factory roofs have increasingly required consultations for repairs or replacements due to aging issues such as damage, leaks, asbestos, and deterioration. Goko Shoji proposes materials that can integrate with any object, whether it be slate or corrugated sheets. Utilizing these materials, we offer a new construction method that not only repairs deteriorated structures and buildings but also restores their strength. The reinforcement material "Power Anti-Rust NKRN-66" boasts performance that far exceeds our conventional products in terms of strength and workability, and we implement reinforcement methods using products registered with NETIS (No. 240025-A)! This allows for the regeneration and extension of life of deteriorated roofs, as well as the restoration of strength, without the need for replacement. 【Features】 ■ Lightweight, with no load on the building ■ Can reinforce to 2.37 times the strength of a new slate roof! ■ Can be constructed without stopping operations ■ No waste generated ■ No risk of asbestos dispersion, so no concerns about asbestos! ■ Shorter construction time possible as no asbestos measures are needed, only cleaning ■ Applicable not only to roofs but also to factory floors, kitchen floors, and rust prevention! We also distribute materials that include technical documentation and case studies related to the Dye Q solution.

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  • Flooring materials and construction methods for food and pharmaceutical factories
  • Rust Inhibitor
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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 "installation of additional walls" with an application range of "expansion," "additional driving," and "opening closure." 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 driving walls, no formwork is required, and construction can be carried out while the occupants remain in the building. 【Features】 ■ High compressive strength of 48N/mm² on average ■ No formwork required for additional driving walls ■ Construction can be carried out while occupants remain in the building ■ Design possible based on RC/SRC seismic diagnosis criteria and renovation design guidelines *For more details, please refer to the PDF materials or feel free to contact us.

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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 transformed into a roof that matches the needs of the era 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 slate roof of my facility... 2. I want to address noise (leak sounds, rain sounds) caused by the above... 3. I want to carry out repair work without stopping operations for the above reasons... ● 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"!

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Slate, corrugated, roof insulation and heat shielding reinforcement method "Heat Proof K Method"

Slate, corrugated, roof insulation and heat shielding reinforcement method "Heat Proof K Method"

This is a construction method that aims to improve energy efficiency and productivity for ISO 14000 measures!

The "Heat Proof K Method" is a construction method developed to reduce heating and cooling costs through roof insulation and thermal renovation work. It aims to improve energy efficiency and productivity, while also contributing to the acquisition of ISO 14000 certification. In summer, it lowers indoor temperatures by 3 to 7 degrees Celsius, creating a comfortable working environment and reducing air conditioning expenses. Additionally, it prevents leaks, suppresses asbestos dust from slate roofs, mitigates the noise of rain on steel roofs, and follows the expansion of steel plates to prevent deterioration, providing effects that satisfy customers. 【Effects】 ○ Heat insulation effect ○ Improved weather resistance ○ Restoration and enhancement of durability For more details, please contact us or download the catalog.

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Residential Foundation Seismic Retrofit: FRP Grid Foundation Reinforcement Method

Residential Foundation Seismic Retrofit: FRP Grid Foundation Reinforcement Method

Construction while living in the house is possible! A new seismic reinforcement method for residential foundations that can be applied even in small spaces has arrived!

In conventional residential foundation reinforcement methods, long curing periods were often required due to construction convenience and the need to secure working space, making it difficult to carry out work while living in the home. The "FRP Grid Foundation Reinforcement Method" achieves both construction in narrow spaces and while living in the home. The method involves "chipping away the decorative mortar of the existing foundation" → "fixing an FRP lattice to the existing concrete with anchor pins" → "applying a special mortar at a minimum thickness of 15mm," making it possible to carry out construction even on small sites without the need to relocate outdoor units, piping, gutters, etc., or to remove flooring materials. Additionally, it is possible to complete the construction in an unprecedented short time of as little as 3 days. 【Necessary Qualifications for Design and Construction】 ■ Designer - First-class/Second-class/Wooden Architect - Participants of the "Seismic Diagnosis and Reinforcement Methods for Wooden Houses" seminar (organized by the Japan Architectural Disaster Prevention Association, etc.) - Participants of the technical seminar organized by our company ■ Constructor/Construction Manager - Participants of the technical seminar organized by our company *The technical seminar organized by our company is conducted in a format where the responsible person visits directly.

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Seismic reinforcement method "Steel Pipe Cotter RM Seismic Wall Method"

Seismic reinforcement method "Steel Pipe Cotter RM Seismic Wall Method"

A wall that can be constructed using the indirect joint steel pipe cotter method, featuring space-saving, low vibration, and low noise characteristics.

The "Steel Pipe Cotter RM Seismic Wall Method" is an environmentally friendly seismic reinforcement method that allows for a significant reduction in formwork construction while maintaining strength equivalent to conventional RC seismic walls. The wall is composed of RM blocks, reinforcing bars, and high-toughness mortar, utilizing the steel pipe cotter method at the indirect joint sections. Seismic reinforcement work can be carried out while the building is in use, such as in schools, hospitals, nursing homes, tenant buildings, and the piloti sections of residential buildings. 【Features】 ■ Uses the steel pipe cotter method at indirect joint sections ■ Space-saving, low vibration, low noise ■ Allows for a significant reduction in formwork construction while maintaining strength equivalent to RC seismic walls ■ Seismic reinforcement work can be carried out while the building is in use *For more details, please refer to the PDF materials or feel free to contact us.

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Shear Reinforcement Method "RMA Method"

Shear Reinforcement Method "RMA Method"

Construction technology certification acquisition method! No need for mortar mixing or installation of injection holes on site!

The "RMA Method" is a shear reinforcement method that allows for reinforcement without encroaching on the inner cross-section of continuous walls. It employs capsules containing premixed mortar as a bonding agent. This method enables construction using impact on long or thick reinforcement bars, making it a post-construction technique. Since there is no need for mortar mixing or the installation of injection holes on-site, special management is unnecessary. Reinforcement is carried out only for the insufficient shear strength, allowing for a transition from shear failure to bending failure. 【Features】 ■ Drilling can be done with a small diameter and only once ■ No mixing on-site, maintaining consistent quality ■ Simple product composition and construction method, reducing construction time ■ Minimal interference with existing structural reinforcement, allowing for reduced re-drilling ■ A method that does not use large or specialized machinery, saving space *For more details, please refer to the PDF document or feel free to contact us.

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Existing pipe resin reinforcement method: "Hose Lining Method"

Existing pipe resin reinforcement method: "Hose Lining Method"

Reinforce existing pipes and significantly improve vibration resistance! Resin hose crimping method! Also effective for rust prevention and waterproofing!

The "Hose Lining Method" is a technique that involves inserting a seal hose (polyester fiber + polyethylene resin) coated with adhesive into an existing pipe under air pressure, thereby reinforcing and rehabilitating the existing pipe. The seal hose has high tensile strength and energy absorption performance, allowing it to follow the movements of the pipeline caused by ground fluctuations and earthquakes, significantly improving its vibration resistance. Additionally, since the inner surface of the pipe is protected, it prevents the occurrence of rust and completely stops water leakage from joints and other areas. 【Features】 ■ Improved seismic and durability of pipelines ■ High strength and high pressure for long spans ■ Prevention of red water and leaks ■ Comprehensive water quality measures ■ Improved flow capacity *For more details, please download the PDF or feel free to contact us.

  • hose
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Reinforcement Method "Dye Q"

Reinforcement Method "Dye Q"

A new method that regenerates and prolongs the life of structures through coating, achieving restoration of strength!

"SOME-Q" is a reinforcement method that allows you to use existing items as they are, enabling not only repairs but also reinforcements. It penetrates the degraded internal structure of the target object with a "new material," integrating it and thickly covering its surface to perform repairs and reinforcements, thereby preventing further deterioration. Additionally, it integrates with the target object using a unique nano-bonding technology, ensuring long-lasting effects. 【Features】 ■ Integration with the target object through the surface treatment effect of the new material and nano-bonding technology ■ Overwhelming strength and excellent durability for extended lifespan ■ No need to stop operations - utilizes what is already available *For more details, please download the PDF or feel free to contact us.

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[Dyed Q Technology Construction Case] Nitto Zinc Co., Ltd.

[Dyed Q Technology Construction Case] Nitto Zinc Co., Ltd.

Revitalize the strength and appearance of aging factories with the Dye Q Technology reinforcement method!

We would like to introduce a case where the Dye-Q Technology reinforcement method was applied at Nitto Zinc Co., Ltd. At the company's manufacturing plant, the steel frames and roofing materials had deteriorated over many years of use, with rust and corrosion becoming prominent. Since demolition or new construction would require high costs and a long construction period, they were looking for a method to repair the facility in a short time while keeping the plant operational. Thus, they adopted the Dye-Q Technology reinforcement method, which allowed them to permeate new materials into the deteriorated areas and restore strength in a short period. Because the work could be done while the plant was in operation, they were able to minimize the impact on production. [Challenges] - The steel frames and roofing materials had deteriorated over many years of use, with rust and corrosion becoming prominent. - In particular, the external stairs had fallen below safety standards in terms of strength. - There was a need to ensure the safety of employees. - They were looking for a method to repair the facility in a short time while keeping the plant operational. *For more details, please refer to the PDF document or feel free to contact us.*

  • Calibration and repair
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