Construction method Product List and Ranking from 1583 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

Construction method Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

  1. Taiyo Kisokogyo Co.,Ltd. Aichi//General contractors and subcontractors
  2. キシムラ Kanagawa//Service Industry
  3. SIKA JAPAN Ltd. Tokyo//Building materials, supplies and fixtures manufacturers
  4. 4 緑化計画研究所 Kanagawa//Other construction industries
  5. 5 null/null
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Construction method Product ranking

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

  1. 【物理的損傷を抑制】防砂シート引込軽減工法 キシムラ
  2. Rooftop greening system - Rooftop greening without the need for irrigation - Evergreen Kiri grass bag method 緑化計画研究所
  3. External insulation method using roof mats for dry construction on flat roofs.
  4. 4 Foundation Omega Method HOKOKU ENGINEERING CO.,LTD.
  5. 5 【斜面安定化工法】レッドゾーン解除実績有【景観配慮・コスト縮減】 ダイカ

Construction method Product List

31～60 item / All 4339 items

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As a countermeasure against frequent short-duration heavy rain, Easy Shelf Method for embankment use.

As a countermeasure against frequent short-duration heavy rain, Easy Shelf Method for embankment use.

The Easy Shelf Method for simple spraying can be utilized as a countermeasure against the frequent short-duration heavy rains occurring recently!

The Easy Shelf Method, promoted by the National Slope Disaster Prevention Association, which is managed by K.F. Corporation, can be utilized as a countermeasure against the recent frequent short-duration heavy rains! 【Countermeasure Situations】 1. As a countermeasure against erosion and collapse of slopes due to surface water: Easy Shelf Method + Vegetation within the frame 2. As a countermeasure against sliding collapse due to infiltrating water: Easy Shelf Method + Mortar spraying within the frame 【Comparison with Precast Grid Frames】 1. All beams are continuous, increasing resistance to ground collapse. 2. Surface water can be smoothly drained. 3. It is closely attached to the ground, making it less susceptible to erosion. 4. It is expected to have a suppressive effect on surface collapse.

  • Railway Construction
  • Earth retaining wall/foundation reinforcement
  • Civil Engineering Method
  • Construction method

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Specialized for strongly acidic soils, new natural growth-type greening method "Soil Bacteria Strongly Acidic Countermeasure Method"

Specialized for strongly acidic soils, new natural growth-type greening method "Soil Bacteria Strongly Acidic Countermeasure Method"

It is a new natural growth-type greening method that specializes the conventional soil bacteria method for more acidic soils.

**Soil Bacteria Strong Acidity Countermeasure Method** The "Soil Bacteria Strong Acidity Countermeasure Method" is an effective vegetation technique for slopes containing factors that inhibit vegetation, such as strongly acidic soil (pH ≤ 3). By combining a shielding layer created through soil-cement spraying with a vegetation foundation layer established using soil bacteria methods, it provides stable greening in areas where conventional vegetation has been difficult. **Soil Bacteria Strong Acidity Countermeasure Method System** In the "Soil Bacteria Strong Acidity Countermeasure Method," the vegetation-inhibiting factors present in the ground are shielded by soil-cement spraying, and a vegetation foundation layer is created on its surface. The hard shielding layer formed by soil-cement spraying restricts not only the growth of vegetation roots but also the supply of moisture and nutrients, meaning that the vegetation foundation layer constructed above the shielding layer will largely depend on many of the conditions for plant growth. Taking this into account, the vegetation foundation layer employs a soil bacteria method that possesses self-fertilizing capabilities, eliminating the need for additional fertilization.

  • Civil Engineering Method
  • Ground improvement
  • others
  • Construction method

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Heat Exchange Tube Sealing Method "Mechanical Plug - Pop-A-Plug"

Heat Exchange Tube Sealing Method "Mechanical Plug - Pop-A-Plug"

★New Method for Closing Heat Exchange Tubes by CW Corporation, USA★ This is a groundbreaking technology that allows for closure with a simple one-touch, without the need for welding. There are many successful cases in domestic plants!

The "Pop-A-Plug" from Curtis Wright in the United States is a completely new method for plugging heat exchanger tubes that does not require welding. It uses a specialized tool to crimp a uniquely structured plug. After polishing with a dedicated brush, a one-touch crimp closure is completed with the same material plug. It has already been adopted in numerous maintenance projects for domestic oil refining, petrochemical, and chemical plants. 【Features and Benefits】 ■ Significant reduction in labor hours is possible. ■ No need for fire permits or welding inspections, as it does not use fire welding, and there is no risk of welding damage. ■ Recommended by ASME standards for maintenance guidelines. ■ Permanent closure is possible with equivalent material plugs for each tube. ■ Maximum pressure resistance: 48 MPa. ■ Applicable tube inner diameter: minimum 12.00 mm to maximum 52.50 mm. *For more details, please download the PDF or contact us.

  • Work tools
  • Construction method

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[Case Study Included] Pipeline Magnetite Method

[Case Study Included] Pipeline Magnetite Method

Change water quality without touching the pipes! Introducing a method that only requires construction at one main location.

The "Piping Magnetite Method" is a technique that has transformed the traditional water purification technology into an industrial technology. Instead of using natural stones, it employs artificial mineral crystals, industrializing the traditional techniques. It repairs rusted pipes without touching them, restoring pipe thickness and allowing for leaks. Using "The Bio Water," we conducted three-dimensional measurements to see how the wall thickness of new GP pipes changes after 10 years. The results from measuring the wall thickness at 20 locations showed that all areas had increased in thickness compared to when they were new. Additionally, we also provide materials that cover all topics. 【Features】 ■ Repairs rusted pipes without touching them ■ Restores pipe thickness and allows for leaks ■ Changes water quality without touching the pipes ■ Installation is sufficient at one main point ■ Uses artificial mineral crystals instead of natural stones *For more details, please refer to the PDF materials or feel free to contact us. *The section "Reason for Interest" displayed during PDF download is generated by AI from Ipros Co., Ltd.

  • Water Treatment
  • Construction method

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[Information] The piping magnetite method, a traditional water purification technology, has become an industrial technology.

[Information] The piping magnetite method, a traditional water purification technology, has become an industrial technology.

One construction site for the Great Yuan is OK! Introducing the positioning of the piping magnetite method by the Japan Waterworks Association!

This document introduces the "Piping Magnetite Method," which allows for the restoration of corroded pipes and prevention of leaks without touching the pipes. It provides detailed explanations using diagrams and photos on topics such as "the difference between red rust and black rust," "the relationship between mineral crystals and water modification," and "the locations of red rust deterioration in VLGP pipes." Additionally, you can view case studies and comparisons with other methods. We encourage you to read it. 【Contents (excerpt)】 ■ What is the "Piping Magnetite Method"? ■ Changing water quality without touching the pipes ■ "Restoration" rather than "prevention" ■ Effects extending to drainage pipes ■ Comparison with other methods *For more details, please refer to the PDF document or feel free to contact us. *The section titled "What sparked your interest?" displayed during the PDF download is generated by Ipros Co., Ltd.'s AI.

  • Water Treatment
  • Construction method

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Heatless Glass System "Civil Engineering Construction Method"

Heatless Glass System "Civil Engineering Construction Method"

By combining the advantages of inorganic and organic materials, we create excellent coatings that achieve ultra-long-term protection!

This is an introduction to long-term maintenance coating methods for concrete structures, steel structures, and more. The "HLG System Civil Engineering Method" has systematized (methodized) the appropriate surface preparation and application methods to adhere a SiO2-bound glass film as a topcoat to various target objects such as concrete and steel structures. We aim to develop a coating method suitable for the long-term preservation of public assets. 【Features】 ■ Barrier properties ■ Ultra-durability ■ Washable recovery ■ Non-combustibility ■ Low cost ■ Insect-repellent and antibacterial *For more details, please refer to the PDF materials or feel free to contact us.

  • Concrete construction
  • Construction method

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Primary and secondary seismic assessment of RC/SRC structures DOC-RC/SRC

Primary and secondary seismic assessment of RC/SRC structures DOC-RC/SRC

Covers everything from seismic diagnosis calculations to reinforcement design.

DOC-RC/SRC is a primary and secondary seismic diagnosis program for existing RC/SRC buildings that complies with seismic diagnosis standards, and it has obtained evaluation (P evaluation 11-Rev1-RC) from the Japan Architectural Disaster Prevention Association and the Architectural Research Promotion Association. It can also be used for reinforcement design when conducting seismic retrofitting. The primary and secondary seismic diagnosis for RC/SRC buildings, DOC-RC/SRC, can be viewed by downloading the catalog.

  • Vibration isolation, vibration control, and earthquake resistance construction
  • Construction method

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Q&S Frame Set Method ES Type

Q&S Frame Set Method ES Type

Excellent in constructability and structural performance.

Q&S stands for Quick and Strong, and it refers to a frame construction method that incorporates star lapping in its structure, offering excellent on-site workability and structural strength.

  • Special Construction Method
  • Construction method

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Lock bolt construction materials, lock bolt packer.

Lock bolt construction materials, lock bolt packer.

Easy and reliable filling injection! Consideration for economy and the environment!

The rock bolt packer is a material used for rock bolt construction that prevents the outflow of injected materials (such as cement milk) in strata where significant leakage, fractured rock, and inflow of water are confirmed, ensuring reliable filling. It enables precise filling and injection into fractured rock and water-bearing layers, significantly reducing injection loss on-site and contributing economically. Additionally, it is highly effective in preventing contamination of the surrounding ground.

  • Earth retaining support
  • Earthworks
  • Pile and foundation work
  • Construction method

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KT Fiber Mat

KT Fiber Mat

It is being utilized as a suction prevention material for river construction, erosion control works, land development projects, and more.

The "KT Fiber Mat" is a non-woven mat made from pure plant-based palm fibers arranged in a unique manner, providing strength and voids through a punching technique, and treated with a special adhesive for water resistance and corrosion resistance. It is utilized as a material to prevent the outflow of backfill soil in various construction projects, including the prevention of soil erosion behind riverbanks and embankments, as well as for managing thick layers of fill and as a sediment filter in drainage blankets. 【Features】 ■ Arranged in a unique manner using pure plant-based palm fibers ■ Water-resistant and corrosion-resistant treatment applied with a special adhesive ■ Non-woven type *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Construction method

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Tough Green Method

Tough Green Method

Enables vegetation recovery in devastated areas. Prevents slope desiccation and nutrient depletion in the long term.

This technology stabilizes the restoration of target plant communities by substituting the surface erosion prevention effects expected from early-growing plants in traditional vegetation engineering with soil erosion prevention mats, while introducing a high-quality substrate similar to forest soil. Due to the mulching effect, it is possible to protect plants from slope drying and frost heave by enhancing the water retention and insulation properties of the vegetation substrate. Additionally, the soil waterproof mats come in both biodegradable and non-biodegradable types, allowing for differentiation based on greening goals. 【Features】 ■ Spraying a vegetation substrate similar to forest soil on slopes ■ Laying high erosion prevention soil erosion prevention mats on the vegetation substrate surface ■ Mixing reinforcing short fibers into the vegetation substrate without using wire mesh during spraying ■ Long-term prevention of slope drying and nutrient depletion ■ Prevention of substrate erosion caused by surface water and snow during heavy rainfall *For more details, please refer to the PDF materials or feel free to contact us.

  • Civil Engineering Method
  • Construction method

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Multi-functional filter - wn type (with hexagonal wire mesh)

Multi-functional filter - wn type (with hexagonal wire mesh)

As slope protection in steep and cold areas! We promise to restore the natural environment and provide high-quality greening.

This product is a filter that can be used for slope protection in areas with uneven terrain, concerns about small rockfalls, steep slopes, and cold regions, thanks to the effects of the conventional "multi-functional filter" and the reinforcement effect of the hexagonal wire mesh. The non-woven fabric, referred to as "web," prevents erosion caused by rainfall, snowmelt, and frost heave, while also not producing turbid water. Additionally, it allows for seed design primarily based on native plants (woody plants), enabling the early restoration of a natural landscape. 【Features】 - Stops the movement of soil particles on slopes, eliminating the need for rapid greening by invasive plants. - Produced as standardized products in a factory, ensuring stable quality and shortened construction periods. - Easy on-site construction and quality control. - Prevents erosion caused by rainfall, snowmelt, and frost heave while not producing turbid water. - Fixed with hexagonal wire mesh, making it adaptable to the unevenness of slopes. *For more details, please refer to the PDF document or feel free to contact us.*

  • others
  • Construction method

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Wooden gate-type frame, Guts Frame method

Wooden gate-type frame, Guts Frame method

Wooden gate-type frame Guts frame method

By utilizing the exceptionally durable Guts Frame, it becomes possible to create homes like never before. - Achieves strength comparable to steel frames while being wooden - Can be ordered from a single frame - Allows for flexible design as it does not require durable walls - More affordable compared to steel frames *For details, please download the catalog.

  • Special Construction Method
  • Structural Materials
  • Special wooden structures
  • Construction method

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Bird damage prevention special net Selview series

Bird damage prevention special net Selview series

Bird damage prevention and bird control special net Selvue series

Cell view can physically prevent bird intrusion, making it effective. Additionally, it does not limit installation locations when using special mounting fixtures. It can be installed securely without gaps, ensuring a clean space free from bird intrusion. Even stubborn birds can be reliably repelled. <Features> - Easy installation - Eliminates the feeling of pressure at the installation site, gentle and does not compromise aesthetics - Does not obstruct evacuation routes and clears fire safety issues *Patent obtained *For details, please download the catalog.

  • Net fence
  • Dam construction
  • Construction method

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Acid soil amendment pH Balance S

Acid soil amendment pH Balance S

Neutralizing agent for acidic soil that does not cause alkaline damage.

The soil on slopes and other areas targeted for greening projects often lacks nutrients and soil bacteria, making it unsuitable for plant growth, as it is not "rich soil." In particular, in the case of cooperative soils, necessary bases in the soil can be leached away by acids, leading to deficiencies, and the number of effective soil bacteria drastically decreases. pH Balance S contains organic materials such as polysaccharides and proteins, which promote the explosive growth of soil bacteria. The relationship between soil and soil bacteria is essential for plant growth and "soil creation," as processes like soil aggregation, nutrient supply, and organic matter supply are all functions of the soil.

  • Soil improvement material
  • Construction method

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Quickly correct the tilts, steps, and gaps in school facility floors using the Upcon method.

Quickly correct the tilts, steps, and gaps in school facility floors using the Upcon method.

The Upcon method quickly corrects floor deformations in classrooms, gymnasiums, and poolside areas caused by earthquakes and ground subsidence through polyurethane resin injection.

■There is a sense of discomfort when entering the classroom. ■The floor is slanted, posing a risk of injury or worsening health. ■The slanted floor causes the desks to wobble. ■Windows and doors are difficult to close. ■The gym floor is warped. ■The gym stage is distorted. ■Puddles form by the poolside. The "Upcon Method," which uses polyurethane resin, quickly resolves issues caused by floor slanting and warping due to earthquakes or ground subsidence, as well as voids and gaps that have formed beneath the floor.

  • Foundation construction
  • Construction method

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Correction of floor subsidence and tilting due to earthquakes and ground subsidence in a short construction period: Upcon method.

Correction of floor subsidence and tilting due to earthquakes and ground subsidence in a short construction period: Upcon method.

Quickly correct the sinking of concrete floors with rigid polyurethane resin without stopping operations or sales [Factories, warehouses, stores, residences, etc.] [Case studies available].

The "Upcon Method" is a concrete floor slab sinking correction method that quickly rectifies floor tilts, steps, and voids caused by earthquakes or ground subsidence using rigid polyurethane resin. It does not require the dismantling of existing floors, nor does it necessitate the movement of machinery or products, allowing for corrections to be made without stopping operations or business. In addition to correcting sinking and filling voids in concrete floors of factories, warehouses, stores, and slab foundation houses, the "Upcon Method" is widely adopted for correcting steps and fluttering in concrete pavement slabs of roads and port facilities. 【Features of the Upcon Method】 ■ Short construction period Reduces construction time to about 1/10 of conventional concrete replacement methods. ■ No interruption of operations or business Since there is no need to move machinery or goods, construction can be carried out without stopping production lines or business operations. ■ Comprehensive high technical capability Construction is performed by 100% in-house technical staff who have received specialized training. Floor levels are managed to the millimeter, providing a high-precision finish. ■ Compact construction system Construction can be carried out using a truck equipped with all necessary materials and equipment, eliminating the need for large plant installation or removal. *For more details, please refer to the PDF materials (catalogs and case studies) or contact us.

  • Foundation construction
  • Construction method

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[Construction Example] Miyagi Prefecture Port Facility Quay Disaster Recovery Work

[Construction Example] Miyagi Prefecture Port Facility Quay Disaster Recovery Work

Harbor facility quay disaster recovery work

In 2021, the earthquake off the coast of Fukushima caused multiple ground fissures in the loading area and storage yard of the Hibari district in Ishinomaki and Shiogama ports. Traditionally, repairs for similar ground fissures involved open excavation down to the deepest part of the fissure, followed by repeated compaction to create a subgrade. However, this time there were several challenges, leading to the decision to explore methods that could fill the fissures without excavation and within a short construction period. Among these, the Upcon method was adopted as the most effective technique. 【Site Information】 Total construction length: 503 m Maximum depth of fissure: 2,400 mm Construction period: 5 days For detailed explanations and observations of the construction, please refer to the PDF download below.

  • Harbor Construction
  • Construction method

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[Construction Example] Akita Prefecture Port Facility (RTG Running Path) Repair Work Settlement Correction

[Construction Example] Akita Prefecture Port Facility (RTG Running Path) Repair Work Settlement Correction

Port facility quay disaster recovery work

The Upcon method, which allows for modifications without breaking existing concrete pavement slabs and within a short construction period, has been widely adopted in public works such as roads and airports as a maintenance repair method. This time, we will introduce a case of subsidence correction work for the RTG (rubber-tired gantry crane) running path slab at a container terminal within a port. Over time, the RTG running path slab had subsided, causing a step to form in the adjacent vehicle running path. Additionally, unevenness occurred in the longitudinal direction, which affected the operation of the RTG and snow removal work. Compared to other methods, the Upcon method was chosen because it allows for construction without breaking the RTG running path slab and without halting operations during the short construction period. 【Site Information】 Construction Area: 258 square meters Maximum Correction Amount: 57 mm Construction Period: 6 days (nighttime) For detailed explanations and visuals of the construction, please refer to the PDF download below.

  • Harbor Construction
  • Construction method

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[Construction Example] Food Processing Plant: Earthquake Recovery Floor Slab Settlement Correction Work

[Construction Example] Food Processing Plant: Earthquake Recovery Floor Slab Settlement Correction Work

Settlement of the earthen floor caused by the earthquake! Correcting the settled floor before the factory renovation work in a short period of time.

We would like to introduce a case of "floor sinking correction work (earthquake recovery work)" carried out at a food processing factory in Iwate Prefecture. Due to the impact of the Great East Japan Earthquake, extensive renovations were necessary, and to achieve a swift recovery, the Upcon method, which allows for quick corrections, was adopted. The construction area was approximately 1,135 m², with a maximum gap of 221 mm. The construction period was six days, utilizing two construction plant vehicles. [Case Overview] - Construction Area: Approximately 1,135 m² - Maximum Gap: 221 mm - Area: Iwate Prefecture - Construction Period: 6 days (Handled by 2 construction plant vehicles) *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Construction method

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[Construction Case] Repairing the gaps between the floor and walls of a large shopping center.

[Construction Case] Repairing the gaps between the floor and walls of a large shopping center.

A significant subsidence of the floor due to weak ground! Introducing a case where corrections were made at night during the business closure.

Here is a case study of "floor sinking correction" conducted at a large shopping center in Nara Prefecture. Due to weak ground, the floor had sunk significantly. As a result of the floor sinking, gaps were observed in various places, such as between the floor and walls and between the walls and ceiling. An up-con method that can be corrected during nighttime while the business is closed was adopted, and our company carried out the correction. 【Case Overview】 ■ Construction Area: Approximately 3,240m2 (Backyard 405m2, Store Interior 2,835m2) ■ Maximum Sinking Amount: 94mm ■ Area: Nara Prefecture ■ Construction Period: 25 nights *Supported by 2 construction plant vehicles *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Ground foundation construction method
  • Civil Engineering Method
  • Construction method

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