Concrete Repair Materials - メーカー・企業74社の製品一覧とランキング | イプロス

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Concrete Repair Materialsのメーカー・企業ランキング

更新日： 集計期間:May 06, 2026～Jun 02, 2026
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  1. 日之出水道機器 メカニカルスティッチ部 Fukuoka//others
  2. コンステック Osaka//General contractors and subcontractors
  3. ツネミ Fukuoka//Building materials, supplies and fixtures manufacturers
  4. 4 中日建設株式会社／一般社団法人 IPH工法協会 Aichi//Other construction industries
  5. 5 信濃機販 本社・東京営業所 Tokyo//others
企業ランキングへ

Concrete Repair Materialsの製品ランキング

更新日： 集計期間:May 06, 2026～Jun 02, 2026
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  1. Specialized anti-stain protective agent for residential foundations "Shirakabafusegu" ツネミ
  2. e-Plate Method for bending reinforcement of RC beams, RC slabs, and S beams. コンステック
  3. Low-Profile Soil Greening Reinforcement Soil Work "Mini Wire Wall" ジオシステム
  4. Exterior Wall Composite Renovation Construction Method "Consnet Method" コンステック
  5. 5 Exposed finish repair material for floors: "Fukko Hard Mortar" Tokyo Fukko Co.,Ltd. 本社

Concrete Repair Materialsの製品一覧

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Newsletter December 2023 Press Machine Slide Frame Crack Repair

Newsletter December 2023 Press Machine Slide Frame Crack Repair

Hinode MS Newsletter December 2023 Issue: Press Machine Slide Frame Crack Repair

【Product PR】 The "MS Method (Mechanical Stitch)" is a revolutionary repair technique (Mechanical Stitching Method) that uses mechanical methods to address cracks in metal. Since no heat is applied at all, there is no "thermal distortion." Residual stress in other areas does not occur, preventing secondary damage such as new cracks. Cracks in metal are one of the concerns in equipment maintenance operations. In typical welding repair methods, the base material around the crack changes due to heat, leading to residual stress and distortion, which always carries the risk of "crack recurrence" and "secondary damage." 【Features of the MS Method】 ■ No hardening or residual stress due to heat ■ Elimination of secondary damage ■ Maintenance of stable quality → Integrated system repairs using jigs, etc. → Accumulation of know-how, experience, and achievements ■ Completion of construction in a short period → No significant decrease in the operating rate of equipment ■ Advantages in safety and environmental aspects → No use of fire, thus no impact on the operating rates of other equipment or the environment For more details, please contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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Metal Crack Repair [LNS Method] Chemical and Steelmaking Equipment Case Study

Metal Crack Repair [LNS Method] Chemical and Steelmaking Equipment Case Study

■□■A completely new metal crack repair that is not welding■□■ Please contact LNSJAPAN.

The LNS method is a technology that uses specially designed screws and reinforcement materials (LOCK) to physically remove cracks with a metal touch. It has achieved numerous results and has a wealth of case studies. Complete solution for equipment crack repair. ● For more details, please download the catalog or contact us.

  • Reinforcement and repair materials
  • Renovation and repair methods
  • Special Construction Method
  • Concrete Repair Materials

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Technical Data: Comparison Table of Cross-Section Repair Methods

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).

This is a technical document comparing the IPH system (internal pressure filling joint reinforcement method) with chipping removal + backfilling (polymer cement mortar) and chipping removal + backfilling (epoxy resin mortar). 【Comparison Contents】 ■Overview Diagram ■Method Overview ■Method Features ■Discussion ■Neutralization and Salt Damage Countermeasures ■Workability of Leak Areas ■Adhesion between Rebar and Concrete ■Economic Efficiency ■Comprehensive Evaluation ■Durability ■30-Year Life Cycle Cost *For more details, please refer to the technical document.

  • Renovation and repair methods
  • Concrete Repair Materials

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IPM Method Case Study Civil Engineering: Aichi Prefectural Nagoya Airport Runway Repair Work

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.

This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method) in civil engineering. 【Project Name】 Prefectural Nagoya Airport Runway Repair Project 【Construction Period】 February 29, 2016 – March 23, 2016 【Project Overview】 Concrete pavement repair 【Project Purpose】 Repair of floating sections *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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IPH Method Case Study Civil Engineering H27 Bridge No. 2 Miyagawa Bridge Repair Work

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.

This is a case study of the IPH method (Internal Pressure Filling Joint Reinforcement Method) in civil engineering. 【Project Name】 Fiscal Year 2015 Bridge No. 2 Miyagawa Bridge Repair Work 【Construction Period】 January 18, 2016 – February 8, 2016 【Project Overview】 Bridge repair work 【Project Purpose】 Crack repair, cross-section restoration (exposed rebar, delamination), internal pressure filling joint reinforcement (floating, bean plate) *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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[IPH Method Case Study Civil Engineering] Road Improvement Project (Subsidy) No. 3 Work

[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.

This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method) case study (Civil Engineering). 【Project Name】 Road Improvement Project (Subsidy) No. 3 【Construction Period】 February 15, 2016 - March 4, 2016 【Project Overview】 Culvert 【Project Purpose】 Crack Repair *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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IPH Method Case Study Civil Engineering: Bunkabashi Bridge External Fall Prevention Work

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.

This is an introduction to the IPH method (internal pressure filling joint reinforcement method) in civil engineering. 【Project Name】 General Prefectural Road Kawachi Hanazaki Line External Road Comprehensive Grant (Disaster Prevention and Bridge Repair) Bunka Bridge External Bridge Collapse Prevention Work 【Construction Period】 June 4, 2015 - June 10, 2015 【Project Overview】 Bridge 【Project Purpose】 Repair Work *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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【IPH Method Case Study Civil Engineering】H27 Machido Menkawa Line Kanmon No. 2 Tunnel Repair Work

【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.

This is an introduction to the IPH construction method (internal pressure filling joint reinforcement method) in civil engineering. 【Project Name】 Repair Work for the Second Kanmon Tunnel on the Town Road Menkawa Line, Fiscal Year 2015 【Construction Period】 September 24, 2015 - October 10, 2015 【Project Overview】 Tunnel repair work: injection of 11.50 m² for cross-section restoration, injection of 8.39 m² for floating sections, injection of 20 m for cracks, and injection of 3.95 m² for significantly floating sections with water leakage. 【Project Purpose】 Repair work for the ceiling area of the tunnel (structure: mortar spray thickness of 10 cm, height approximately 4.8 m, width approximately 5.0 m, length 29.8 m) within a range of 4.6 m. *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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IPM Method Case Study Civil Engineering No. 77: Reinforcement Work for the Floating Pier Support at Kogō Port

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.

This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method) case study (Civil Engineering). 【Project Name】 No. 77 Small Kō Port Floating Pier Bearing Reinforcement Work 【Construction Period】 August 20, 2015 – August 22, 2015 【Project Overview】 IPH method 1 set (Chipping 0.9m², Cross-section restoration 0.9m², Resin injection (Drilling depth 10cm, 2 rotations) 61 holes 【Project Purpose】 Reinforcement of the anchor bolts for the ferry pier bearings and repair of the concrete defects in the parapet. *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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IPM Method Case Study: Repair Work on Embankment Bridge

IPM Method Case Study: Repair Work on Embankment Bridge

This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method). Case study of the repair work on a bridge over a levee.

This is an introduction to the IPH method (Internal Pressure Filling Joint Reinforcement Method) case study (construction). 【Project Name】 Repair Work for the Tsutsumi Bridge 【Construction Period】 October 3, 2015 - October 29, 2015 【Project Overview】 Repair of floating and honeycomb defects in the newly constructed box culvert and water leakage sealing. 【Project Purpose】 Repair of areas with poor concrete quality. *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Concrete Repair Materials

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[Water Ceramic Construction Case] National Treasure, World Cultural Heritage Himeji Castle

[Water Ceramic Construction Case] National Treasure, World Cultural Heritage Himeji Castle

The beauty of Himeji Castle for the future. Introducing examples of measures taken against biological contamination and weathering.

Aqua Tech Co., Ltd. handles "Water Ceramic," which enables the restoration and strengthening of deteriorated concrete and stone surfaces. It was adopted at Himeji Castle, a national treasure and UNESCO World Heritage site, as a measure to prevent the proliferation of fungi and algae, as well as to prevent water absorption in unglazed tiles and shachihoko. The areas of use include almost all external surfaces, including plaster, exterior walls, tile plaster, tiles, and shachihoko. If you are interested in measures against plaster contamination, we have samples available, so please feel free to contact us. [Case Overview] ■ Adopted in 2014 ■ Areas of Use - Almost all external surfaces, including plaster, exterior walls, tile plaster, tiles, and shachihoko ■ Purpose - Measures to prevent the proliferation of fungi and algae, as well as to prevent water absorption in unglazed tiles and shachihoko *For more details, please refer to the PDF materials or feel free to contact us.

  • Reinforcement and repair materials
  • Coating film waterproofing material/permeable waterproofing material
  • Concrete Repair Materials

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Inorganic residential foundation decorative dirt-repellent protective material "Kiso Mamoru"

Inorganic residential foundation decorative dirt-repellent protective material "Kiso Mamoru"

Solve your concerns about baseboards! Resistant to dirt, inexpensive, and easy to install! [Test data included in the catalog]

"Foundation Mamoru" is a water-repellent coating material for inorganic residential foundation skirting boards that is resistant to dirt, fading, and cracking. By applying Foundation Mamoru, you can prevent efflorescence, water absorption, and the growth of mold and algae, thereby maintaining a clean condition similar to that of a new building. 【Five Major Features】 1. Crack prevention (due to special fiber composition for elasticity) 2. Dirt prevention (using inorganic materials) 3. Prevention of water absorption (waterproof materials + penetrating sealer included) 4. Prevention of paint blistering and peeling (breathable yet water-repellent paint) 5. Prevention of mold and algae growth (contains photocatalytic titanium oxide + anti-mold and anti-algae antibacterial functions) *For more details, please refer to the catalog or feel free to contact us. Test data is included in the catalog.

  • cement
  • Reinforcement and repair materials
  • Concrete Repair Materials

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Cement-based high-performance corner repair material "Kake Nao-ru"

Cement-based high-performance corner repair material "Kake Nao-ru"

Just apply it to the damaged areas of the concrete and shape it! A repair material for corner chips with excellent strength.

"Kakenao-ru" is a cement-based high-performance corner repair material that allows for easy repair of defects and air bubbles (pinholes) in concrete. As a premixed polymer mortar, it has strong strength and adhesion, enabling solid repairs. Additionally, it can be formed from a viscous state, resulting in a neat finish that makes the repair areas less noticeable. It can be used for repairing air bubbles in concrete, damaged areas in mortar and ALC, as well as for backfilling repairs after plumbing work. 【Features】 ■ Easy application with just water mixing ■ Strong strength and adhesion ■ Repair areas are less noticeable ■ No primer required *For more details, please refer to the PDF document or feel free to contact us.

  • Reinforcement and repair materials
  • Concrete block, ALC panel, extrusion molded cement board construction
  • Concrete construction
  • Concrete Repair Materials

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Cement-based ultra-fast hardening high-performance hole filling repair material "Anau-meru"

Cement-based ultra-fast hardening high-performance hole filling repair material "Anau-meru"

Short repair! Anyone can easily fix dents in concrete floors and more.

"Anaume-ru" is a cement-based ultra-rapid hardening high-performance filling repair material that can be simply poured into the recessed areas of concrete. It allows for easy repair of holes, depressions, and large cracks in concrete. 【Features】 ■ Self-leveling material ■ Capable of leveling uneven floors to a flat state ■ Ultra-rapid hardening ■ Begins to set in 10 minutes and allows for light foot traffic in 30 minutes ■ High strength ■ Achieves higher strength in a shorter time compared to conventional mortar *For more details, please refer to the PDF document or feel free to contact us.

  • Concrete construction
  • Concrete Repair Materials

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RCG Inner Silica OC (formerly known as RCG Inner Seal OC)

RCG Inner Silica OC (formerly known as RCG Inner Seal OC)

Densifying concrete and extending the lifespan of open channels!

When a silicate-based surface infiltrating material is applied to the surface of concrete, it penetrates the concrete surface and reacts with calcium hydroxide to produce "C-S-H gel (calcium silicate hydrate)." The synergistic effect of physical action from particle colloids and the chemical reaction (C-S-H gel) suppresses the intrusion of deterioration factors.

  • Agricultural civil engineering works
  • Concrete Repair Materials

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Exterior Wall Composite Renovation Construction Method "Net Barrier Method"

Exterior Wall Composite Renovation Construction Method "Net Barrier Method"

Asbestos measures! Compatible with asbestos-containing finishing materials! Prevents the peeling of finishing materials!

The "Net Barrier Method" is a technique aimed at preventing the peeling of deteriorated mortar-finished exterior walls and tiled exterior walls. Before pinning, simply remove the coating using a φ10.5mm recessed drill. *Repair of weak areas (such as chipping) should be done while using a vacuum cleaner with a HEPA filter to suction debris. It has a peeling prevention effect for the finishing material and enhances the design quality with new finishes. 【Features】 ■ Excellent dust collection using a water-circulating vibration-free drill ■ Peeling prevention effect ■ No detection of asbestos fibers *For more details, please refer to the PDF document or feel free to contact us.

  • Civil Engineering Method
  • Special Construction Method
  • Concrete Repair Materials

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Investigation and diagnosis of concrete structures

Investigation and diagnosis of concrete structures

Ground-penetrating radar surveys, tunnel lining back surveys, and compressive strength tests using cores!

Our company conducts investigations and diagnostics of concrete structures. We use ground-penetrating radar combined with the next-generation antenna "Hyper Stacking Antenna 350MHz" and the high-performance GPR data recording device "SIR4000" for ground-penetrating radar surveys, tunnel lining back surveys, as well as exterior inspections of structures and compressive strength estimation surveys using a Schmidt hammer. 【Structural Investigations】 ■ Ground-penetrating radar surveys and tunnel lining back surveys ■ Exterior inspections of structures ■ Rebar investigations ■ Compressive strength tests using core samples *For more details, please feel free to contact us.

  • Structural Survey
  • others
  • Concrete Repair Materials

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Seismic and Vibration Control Buckling-Restrained Brace "Hyper Brace"

Seismic and Vibration Control Buckling-Restrained Brace "Hyper Brace"

Obtained a general evaluation from the Japan Architecture Center! You can also choose the type according to your purpose.

The "Hyper Brace" is a high-performance, aesthetically pleasing buckling-restrained brace for seismic and vibration control, composed of a "core material" that bears axial loads and a "restraining material" that prevents buckling. It does not buckle under compressive axial loads and exhibits high deformation capacity and stable hysteresis characteristics in both tension and compression. 【Aesthetic Features】 ■ Slim appearance ■ Horizontal arrangement that appears narrow ■ Specification of the cross-sectional shape of the restraining material and the core material - Restraining material cross-section: Aspect ratio can be adjusted by increasing the width of the core material : Shapes prioritized for aesthetics (such as square) can be specified - Core material shape: Can choose between "straight type" and "widened type" according to purpose *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Concrete Repair Materials

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For chamfering, cutting, and deburring. KENOH disc grinder.

For chamfering, cutting, and deburring. KENOH disc grinder.

KENOH Disc Grinder 550W EDG-100

Chamfering, cutting, deburring, rust removal, and cutting of blocks and bricks, etc. 【Features】 - Easy replacement of grinding wheels: Shaft lock type - Left-right interchangeable handle: Enables smooth operation. - AC100V: High power and high torque - Double insulation: No grounding required. Manufactured in compliance with technical standards based on the Electrical Appliance and Material Safety Law. - Rated power consumption: 550W / Cord length (approximately 2m) / Rated time: 10 minutes - Current: 5.8A / Rotation speed: Approximately 10,000 min^-1 - Accessories: Offset grinding wheel for metalworking (for grinding) (outer diameter 100× thickness 6× inner diameter 15mm), flange, lock nut, auxiliary handle, spanner, one set of replacement carbon brushes (2 pieces per set) * For DIY use only. Model number: 25556 * For more details, please feel free to contact us.

  • Work tools
  • Concrete Repair Materials

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T& Japan Maintenance Development Co., Ltd. Business Introduction

T& Japan Maintenance Development Co., Ltd. Business Introduction

For concrete structures, leave the investigation and repairs to us!

T& Japan Maintenance Development Co., Ltd. is a company that provides various products, repair methods, and repair techniques to customers through the investigation of aging deterioration of concrete structures and repair construction. We also have our own methods, such as the Maintenance Angle C method and fine crack repair methods, so please feel free to consult with us. 【Business Activities】 ■ Civil engineering work ■ Construction work ■ Gas supply and drainage pipe work ■ Repair and reinforcement of structures ■ Consulting services, etc. *For more details, please download the PDF or feel free to contact us.

  • Consulting companies
  • Other civil engineering works
  • Concrete Repair Materials

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Concrete repair material "MOXIE 2000"

Concrete repair material "MOXIE 2000"

Water-based, inorganic; just mix with water and knead! Easy-to-handle concrete repair material.

"MOXIE 2000" is a patch-type concrete repair material for repairing cracks and surfaces in concrete. It enhances the strength of the repaired areas, prevents deterioration due to water intrusion, and maintains the strength of the concrete. Additionally, it does not contain any chemicals, so there is no concern about pollution from rainwater or sewage rivers. [Features] ■ Easy to handle ■ No worries about sick house syndrome even when used indoors ■ Water-based, allowing even beginners to work with confidence ■ Contains no chemicals ■ Can repair existing concrete *For more details, please refer to the PDF document or feel free to contact us.

  • Reinforcement and repair materials
  • Concrete Repair Materials

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Concrete repair material "MOXIE2000 Super Patch"

Concrete repair material "MOXIE2000 Super Patch"

Reduce industrial waste and CO2 generated from demolition work due to repairs! Contribute to the realization of a decarbonized society.

The "MOXIE2000 Super Patch" is a patch-type concrete repair material designed to repair cracks and surfaces in concrete. It only requires mixing with water, contains no harmful substances, and is considerate of both people and the environment, making it safe for indoor use without concerns of sick house syndrome. It can also be used for repairing aged concrete, preserving the original beauty of exposed concrete, while enhancing the strength of the repaired areas to prevent deterioration from water intrusion, thus maintaining the strength of the concrete. 【Features】 ■ Water-based, inorganic, easy to handle by simply mixing with water ■ Can repair existing concrete ■ Allows for partial repairs, reducing repair costs ■ Excellent waterproof performance and durability ■ Available in three grades according to aesthetic preferences *For more details, please refer to the related links or feel free to contact us.

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