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[All Japan Construction Award - Selected in the Road Division] Restoration Case of the Civil Engineering Heritage "Omiya Bridge" in Saijo City, Ehime Prefecture
The journey of the Omiya Bridge revitalization undertaken with the local community! It was selected for the 2020 All Construction Award (Road Division) as a bridge repair project using the IPH method.
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Concrete Repair Method 'IPH Method' for Customers in Aichi Prefecture
High-density filling even for fine cracks of 0.01 mm with ultra-low pressure injection while removing air. *Numerous construction achievements within Aichi Prefecture.
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Achieving strength recovery and durability improvement of concrete structures! 'IPH Method'
High-density filling with ultra-low pressure injection even for fine cracks of 0.01 mm. Significant reduction in construction time and cost compared to conventional methods is possible! *2020 version of the construction case study collection published.
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![FireShot Capture 137 - - [].png](https://image.www.ipros.com/public/product/image/507/2001336419/IPROS13209156128225696286.png?w=280&h=280)
[Aichi Prefecture Construction Case Study Collection] IPH Method (Internal Pressure Filling Joint Reinforcement Method)
Restoration of concrete structures affected by earthquake damage, and reinforcement against rust through crack repair and renovation of existing structures! We are currently offering a collection of construction case studies specialized for Aichi Prefecture!
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![FireShot Capture 136 - - [].png](https://image.www.ipros.com/public/product/image/0ff/2000368435/IPROS18068210568522611397.png?w=280&h=280)
Internal Pressure Filling Reinforcement Method "IPH Method" [Construction Case Study Collection Presented]
Filling of terminal cracks, which is difficult with conventional resin injection methods, is now possible! We will introduce repair case studies such as monuments, floor slabs, and housing foundations. *Case study collection available.
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Internal Pressure Filling Joint Reinforcement Method "IPH Method"
For the long lifespan, prevention of re-deterioration, and regeneration of concrete structures! Construction can be carried out while using the facility!
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Concrete repair and reinforcement method *NETIS: CG-070007-V
Injecting even 0.01 mm fine cracks while removing air! With high density, high depth, and high diffusion filling, extending the lifespan of rebar and concrete structures!
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IPH Method Case Study Civil Engineering H27 Arimine Erosion Control Project Road and Other Works
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). H27 Arimine Erosion Control Project Road and Other Works.
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Design and Construction Method of the IPH System in Reinforced Concrete Structures
Technical documentation on the evaluation of the IPH system. "Design and construction methods for internal pressure filling joint reinforcement in reinforced concrete structures."
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Technical Data: Comparison Table of Cross-Section Repair Methods
A thorough comparison of the IPH system, chipping removal + backfilling (polymer cement mortar), and chipping removal + backfilling (epoxy resin mortar).
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[Technical Data] Longevity of Concrete 'IPH System'
Explanation materials about the IPH system (internal pressure filling joint reinforcement method).
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[Technical Data] IPH Method - Method Explanation
Explanation materials about the IPH system (Internal Pressure Filling Joint Reinforcement Method).
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Technical Data: Comparison Table with Other Low-Pressure Resin Injection Methods
Thorough comparison of the IPH system (internal pressure filling joint reinforcement method) and other low-pressure resin injection methods.
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Technical Data: Reducing Life Cycle Costs through the Utilization of the IPH System
Technical documentation explaining the reduction of life cycle costs through the utilization of the IPH system internal pressure filling joint reinforcement method.
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IPM Method Case Study Civil Engineering: Aichi Prefectural Nagoya Airport Runway Repair Work
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). Case study of the repair work on the runway of Nagoya Airport operated by the prefecture.
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IPH Method Case Study Civil Engineering Large Oil Refining Plant
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method) used in a large oil refining plant.
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[IPH Method Case Study Civil Engineering] Akaiwa Bridge Pier Repair Work
This is a case study of the IPH method (Internal Pressure Filling Joint Reinforcement Method). Akaiwa Bridge Pier Repair Work.
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IPH Method Case Study Civil Engineering H27 Minami Maintenance No. 1 Stone Bridge Repair Work
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). H27 Minami-i No. 1 Ishibashi Bridge Repair Work.
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IPH Method Case Study Civil Engineering H27 Bridge No. 2 Miyagawa Bridge Repair Work
This is an introduction to the IPH method (internal pressure filling joint reinforcement method). H27 Bridge No. 2 Miyagawa Bridge repair work.
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[IPH Method Case Study Civil Engineering] Road Improvement Project (Subsidy) No. 3 Work
This is an introduction to the IPH method (internal pressure filling joint reinforcement method). Case study of road improvement work (subsidy) Project No. 3.
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【IPH Method Case Study Civil Engineering】Emergency Disaster Prevention and Erosion Control Work on Class I River Nio River
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). Emergency disaster prevention and sediment control work on the first-class river Nio River.
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IPH Method Case Study Civil Engineering: Bancho Tunnel Crack Repair Work
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). Case study of the Bancho Tunnel crack repair work.
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IPH Method Case Study Civil Engineering: Bunkabashi Bridge External Fall Prevention Work
This is a case study of the IPH method (Internal Pressure Filling Joint Reinforcement Method). It involves the construction work for preventing the collapse of the Bunka Bridge.
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[IPH Method Case Study Civil Engineering] Bridge Reinforcement Work (Toyoko Bridge)
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). Case study of bridge reinforcement work (Toyoko Bridge).
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IPM Method Case Study Civil Engineering: Takakuma Bridge Superstructure Repair Work
This is a case study of the IPH method (Internal Pressure Filling Joint Reinforcement Method). Repair work on the Takakuma Bridge superstructure.
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IPH Method Case Study: Repair Work on Sakaebashi Bridge
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). Rehabilitation work on the Sakaebashi Bridge.
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【IPH Method Case Study Civil Engineering】H27 Machido Menkawa Line Kanmon No. 2 Tunnel Repair Work
This is a case introduction of the IPH method (Internal Pressure Filling Joint Reinforcement Method). H27 Town Road Menkawa Line Kanmon No. 2 Tunnel Repair Work.
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IPM Method Case Study Civil Engineering No. 77: Reinforcement Work for the Floating Pier Support at Kogō Port
This is a case introduction of the IPH method (Internal Pressure Filling Joint Reinforcement Method). No. 77: Reinforcement work for the bearing section of the floating pier at Kogō Port.
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【IPH Method Case Study Civil Engineering】Replacement of Monkey Bridge Hardware and Other Works
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). Replacement of the Sarukobashi hardware and other construction work.
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IPH Method Case Study: Seismic Renovation and Other Works for the No. 1 Mechanical and Electronic Building
This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). It includes seismic retrofitting and other construction work for the first mechanical electronics building, among others.
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