Earthquake-resistance reinforcement method - メーカー・企業33社の製品一覧とランキング | イプロス

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Earthquake-resistance reinforcement methodのメーカー・企業ランキング

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  1. オリエンタル白石 本社 Tokyo//General contractors and subcontractors
  2. JFE商事テールワン Tokyo//Building materials, supplies and fixtures manufacturers
  3. ショーボンド建設 本社 Tokyo//Building materials, supplies and fixtures manufacturers
  4. 4 置賜建設 環境事業部（コンクリート補修・補強） Yamagata//General contractors and subcontractors
  5. 4 岡三リビック Tokyo//Building materials, supplies and fixtures manufacturers
企業ランキングへ

Earthquake-resistance 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. Seismic reinforcement method "Hybrid MP Method" JFE商事テールワン
  2. SSP construction method オリエンタル白石 本社
  3. Hybrid MP method 岡三リビック
  4. 4 Seismic reinforcement method "Steel brace adhesive method" ショーボンド建設 本社
  5. 4 Seismic reinforcement method: Gankomon F設計 静岡本社

Earthquake-resistance reinforcement methodの製品一覧

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SSP construction method

SSP construction method

Improving the seismic performance of pile bent piers! It is economically advantageous as large-scale temporary structures are not required.

The "SSP Method" is a reinforcement technique that can improve the seismic performance of pile bent bridge piers under strict constraints, such as directly beneath existing structures, without the need for large-scale temporary facilities, and without significantly altering the landscape or the river's cross-sectional area. By wrapping reinforcement steel plates around existing piles and driving them in, and integrating them with the existing piles using underwater non-separating non-shrink mortar, the seismic performance is enhanced. 【Features】 - Safe construction while maintaining the use of the existing bridge - No need for large-scale temporary facilities (temporary closures, temporary piers) - Excellent cost-effectiveness - Minimal impact on the river's cross-sectional area during and after construction - Can minimize the impact on navigation routes and rivers *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Earthquake-resistance reinforcement method

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Bridge pier seismic reinforcement method "SR Shotcrete Method"

Bridge pier seismic reinforcement method "SR Shotcrete Method"

Reinforcement method for existing RC bridge piers using special polymer cement mortar spraying for seismic strengthening.

The "SRShotcrete Method" is a technique that enhances seismic performance by spraying a special polymer cement mortar to integrate with existing RC bridge piers. It can be applied to bridge piers where wrapping with RC methods exceeds the construction limits and riverbed obstruction rates, or where increased load on the pier foundation is a concern, by wrapping with a thickness of 250mm or more. By using a special polymer cement mortar that has superior strength characteristics and durability compared to concrete as the wrapping material, it is possible to reduce the wrapping thickness to about 1/5 of that of conventional RC wrapping methods. 【Features】 ■ Construction can be performed without increasing the width of the bridge pier ■ Stable construction over a wide area can be achieved in a short time ■ Fast construction speed reduces the construction period and offers excellent cost-effectiveness ■ Excellent filling performance ■ Superior adhesion to existing concrete *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Earthquake-resistance reinforcement method

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Introduction to Seismic Reinforcement "Portal Grid Method"

Introduction to Seismic Reinforcement "Portal Grid Method"

Patent obtained! Brace-free seismic reinforcement system.

Pentabuilders Co., Ltd. offers the 'Portal Grid Method,' which reinforces the outer surfaces of PG frame RC and SRC column beams using H-shaped steel. Since it is an external reinforcement method, construction can be carried out while the building is in use. Additionally, it allows for an open space without braces, making it architecturally and aesthetically superior. 【Features】 ■ Applicable to commercial facilities and condominiums ■ Distributed reinforcement that reduces the load on the foundation ■ Shorter construction period and cost reduction compared to conventional methods *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Systems Architecture
  • Special Construction Method
  • Earthquake-resistance reinforcement method

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Seismic reinforcement method "Smile Parallel Method"

Seismic reinforcement method "Smile Parallel Method"

Seismic reinforcement while living in your home! An earthquake-resistant reinforcement method that is gentle on the Earth and kind to residents.

The "Smile Parallel Method" is an external seismic reinforcement method that realizes "in-situ reinforcement" by applying diagonal PC steel rods. It features low noise, low vibration, and dust-free construction, resulting in minimal environmental impact, allowing for the continued use of the building during the construction period. Additionally, the diagonal PC steel materials arranged within the structural plane are thin, with a maximum diameter of only 40mm, while possessing high strength and excellent recovery characteristics, ensuring that light and ventilation are not obstructed after reinforcement. 【Features】 ■ Complete in-situ reinforcement ■ Creating a comfortable living environment ■ Labor-saving, short construction period, low cost *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Earthquake-resistance reinforcement method

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Second Opinion on Reinforcement Design Proposal: Best Mix Proposal for Seismic Construction Methods

Second Opinion on Reinforcement Design Proposal: Best Mix Proposal for Seismic Construction Methods

Construction can be done while living in the space! With a second opinion, costs, timelines, and appearance can change this much.

For those who were unable to proceed with seismic reinforcement work due to dissatisfaction with other companies' reinforcement design proposals. We would like to introduce a case of a condominium that successfully achieved a significant reduction in construction costs through our second opinion reinforcement design proposal utilizing the combination of seismic construction methods known as "Best Mix." "Does not compromise the appearance" "Wants to minimize noise and vibration during construction" "Wants to stay within budget" Our proposal, which includes not only traditional methods but also patented techniques, cleared seismic resistance and met the customer's requests! 【Case Study of Problem Solving】 ■ Construction costs reduced from 600 million yen to 150 million yen! What proposal made this reduction possible? ■ What construction methods do not compromise the building's appearance and usability? *For more details, please refer to the PDF document or feel free to contact us.

  • Vibration isolation, vibration control, and earthquake resistance construction
  • Earthquake-resistance reinforcement method

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Sto Dry Spray Application Seismic Reinforcement Method

Sto Dry Spray Application Seismic Reinforcement Method

Introducing a new method for concrete repair and reinforcement!

The "Sto Dry Spray Seismic Reinforcement Method" is a technique developed by Sto, a company established in the Black Forest region of Germany that specializes in the development and sale of construction materials. This seismic reinforcement method involves reinforcing existing concrete structures with rebar and using a dry spray application technique, allowing for thin-layer PCM thickening to address structural dimensional issues such as riverbed obstruction and building limits. In collaboration with Fukuyama University, we are conducting experimental demonstrations of the seismic reinforcement effects. 【Features】 ■ Significant increase in construction speed due to mechanized construction and long-distance pumping ■ Labor-saving through mechanized construction, leading to reductions in temporary costs due to shortened construction periods ■ Adoption of the excellent workability of the dry spray application method ■ Superior strength characteristics such as adhesion strength ■ High durability against carbonation and salt damage *For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods
  • Earthquake-resistant construction method
  • Earthquake-resistance reinforcement method

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Seismic reinforcement system "HL Method"

Seismic reinforcement system "HL Method"

Low noise and low vibration! We introduce an innovative seismic reinforcement system that solves the challenges of conventional methods.

The "HL Method" is an innovative reinforcement technique that improves the seismic performance of buildings where traditional methods have struggled to provide adequate reinforcement. It utilizes high-performance shear keys in place of anchors, which, in addition to having significant bending rigidity and shear strength, also provides sufficient concrete bearing area, allowing for the reliable transmission of shear forces acting on indirect joints to the reinforcement frame. Furthermore, when using thick-walled steel pipe keys, the number of installations is reduced to 1/10 to 1/15 compared to post-installed anchors, thereby minimizing vibration and noise generation. 【Features】 ■ Shear keys with high bending rigidity and shear strength ■ Low noise and low vibration ■ Shortened construction period and cost reduction *For more details, please refer to the PDF materials or feel free to contact us.

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  • Earthquake-resistant construction method
  • Earthquake-resistance reinforcement method

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Seismic reinforcement method "Design Fit Method"

Seismic reinforcement method "Design Fit Method"

High design flexibility! A groundbreaking seismic reinforcement method that achieves shortened construction periods, a good construction environment, and cost reduction.

The "Design Fit Method" is a seismic reinforcement method that can be designed and constructed similarly to conventional methods, achieving shortened construction periods, improved construction environments, and cost reductions. In steel brace seismic reinforcement work, it significantly reduces the labor involved in anchor work, which generates noise and dust. Additionally, by adding a reinforced concrete framework to the existing building framework and installing braces within the added framework, it allows for complete external installation and can accommodate reinforcement work while the building is in use. 【Features】 ■ Design and construction similar to conventional methods ■ Shortened construction period ■ Reduced on-site work ■ Less noise and dust ■ Abundant design variations *For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method
  • Earthquake-resistance reinforcement method

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Seismic reinforcement method "Design U-frame method"

Seismic reinforcement method "Design U-frame method"

Achieving high design flexibility at low cost! External seismic reinforcement method using reinforced concrete frame.

The "Design U Frame Method" is a seismic reinforcement technique that involves attaching reinforced concrete reinforcement frames to the exterior of existing reinforced concrete and steel-reinforced concrete structures. As an external type and using frames (columns and beams) without braces, it allows construction to proceed while the building is in use. It is suitable for apartments, hotels, commercial facilities, hospitals, and office buildings that prioritize access to balconies, natural light from windows, and exterior design. 【Features】 ■ Slender reinforcement members ■ Exterior design ■ Reinforcement while in use ■ Low cost ■ Flexible *For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method
  • Earthquake-resistance reinforcement method

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Hybrid MP method

Hybrid MP method

We will introduce a reliable construction method that is economical and allows for a shortened construction period!

The "Hybrid MP Method" is an economical and reliable seismic reinforcement method using micro-piling for existing stone masonry retaining walls. As long as the facing concrete does not fail, the stone masonry retaining wall will not collapse, and the pitch for bolt installation can be approximately every 1.5m to 2.5m for both "tension piles" and "compression piles," allowing for extremely economical and fast construction. However, for individual plots with a very low number of installations, additional costs may be required, so collective construction for multiple cases is desirable. 【Method Example】 ■ Design Case: Trial Wedge Method (during an earthquake, kh = 0.25) ■ Load Setting: Maximum Soil Pressure Angle = 33.0° (Stabilization SF ≧ 2.0) ■ Design Results: Compression 4.0m, Tension = 7.5m: (φ135×2 rows @ 2.0m staggered) ■ Construction Period: Short-term, significantly reduced number of installations *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Reinforcement and repair materials
  • Earthquake-resistance reinforcement method

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Next-generation seismic reinforcement method "JSPAC Method"

Next-generation seismic reinforcement method "JSPAC Method"

With a new philosophy aimed at the next generation, seismic construction methods are entering a new realm.

The "JSPAC method" is a next-generation seismic reinforcement technique that allows construction to be carried out while occupants remain in the building, without compromising its appearance, and enhances the building's strength and resilience. It enables seismic construction while continuing business operations and offers seismic reinforcement without changing usability, making it adaptable to a wide range of industries and various conditions and situations. By allowing construction to take place while occupants remain, it eliminates the need for relocation or alternative facilities, shortens construction periods, and significantly reduces CO2 emissions compared to demolishing and rebuilding existing structures. Please feel free to contact us if you have any inquiries. 【Benefits】 ■ Construction while occupied ■ High versatility ■ Minimal impact on building design ■ Maximum seismic resistance with minimal construction ■ Low cost & CO2 reduction *For more details, please download the PDF or feel free to contact us.

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

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Seismic reinforcement method "JSPAC Method" *Seismic diagnosis currently accepting & case studies available

Seismic reinforcement method "JSPAC Method" *Seismic diagnosis currently accepting & case studies available

Heavy machinery not required. Construction is allowed while residing! Minimizing impact on appearance, lighting, and floor area.

The "JSPAC method" is a seismic reinforcement technique that enhances strength by installing axial reinforcement bars and steel plates around existing columns, and wrapping fiber sheets and filling with grout material. Since it does not require the addition of new walls or columns, tenants do not need to vacate during construction, significantly reducing total costs such as relocation expenses and preparation costs for alternative facilities. Reinforcement can be carried out while minimizing impacts on aesthetics, lighting, and floor area. ★ We are currently accepting seismic assessments. Please feel free to contact us. 【Features】 ■ Indoor use can continue even during construction ■ Utilization of existing columns eliminates the need for new walls or columns ■ Compatible with concrete columns as well as steel structures ■ Can be constructed without large machinery, reducing noise *Case studies can be viewed via "PDF Download."

  • Earthquake-resistant construction method
  • Renovation and repair methods
  • Earthquake-resistance reinforcement method

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Dry spray seismic reinforcement method

Dry spray seismic reinforcement method

Seismic reinforcement method for existing concrete structures using rebar and dry spray polymer cement mortar!

The "Dry Spray Seismic Reinforcement Method" is a seismic reinforcement technique for existing concrete structures, utilizing rebar and polymer cement mortar in a dry spray application. It can be completed in a short period, contributing to reduced construction time and cost savings. It is primarily applicable for public works such as seismic reinforcement of existing RC structure piers. 【Features】 ■ Shortened construction time ■ Cost reduction ■ Excellent workability ■ Improved quality *For more details, please request materials or view the PDF data available for download.

  • Renovation and repair methods
  • Earthquake-resistant construction method
  • Earthquake-resistance reinforcement method

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[Construction Achievements] Seismic Retrofit Work 'JSPAC Method'

[Construction Achievements] Seismic Retrofit Work 'JSPAC Method'

Even while under construction, it is possible to carry out construction! A reinforcement method that accommodates all types of concrete buildings.

We introduce the construction achievements of the next-generation seismic reinforcement method "JSPAC Method," developed as an easy and advanced reinforcement technique suitable for all types of concrete buildings. Since it allows for construction 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. Ensuring safety during construction has also become easier, allowing for work to be done while the building is in use. 【Features】 ■ Construction can be performed 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 lower costs 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
  • Earthquake-resistance reinforcement method

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