Construction method Product List and Ranking from 1591 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 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:Feb 25, 2026～Mar 24, 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. TRAWE main office Saitama//Other construction industries
  3. エルニード協会 Kagawa//Other construction industries
  4. 4 null/null
  5. 5 シーカ・ジャパン Tokyo//Building materials, supplies and fixtures manufacturers
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Construction method Product ranking

Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 2026
This ranking is based on the number of page views on our site.

  1. 建物外壁工事　ロープアクセス工法 TRAWE main office
  2. Hybrid Concrete Reinforcement Method "Solid Remain Alpha"
  3. Install the valve without stopping the water! 'EM Continuous Water Valve Method' 水研
  4. 4 Reinforcement of existing beam after hole cutting: "Redouble Method" コンステック
  5. 5 Special foundation roller painting method for interior and exterior finishes "Fine FR Method" エスケー化研

Construction method Product List

1381～1410 item / All 4272 items

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[Construction Example] Converting a single-story factory into a two-story factory while maintaining the equipment.

[Construction Example] Converting a single-story factory into a two-story factory while maintaining the equipment.

Non-stop construction method for factory operations" - Hokuriku Light Metal Co., Ltd. "Cover Build Method

The "Cover Build Method" involves assembling a steel frame to cover an existing building, first constructing the roof and exterior walls to prevent rain and wind from entering. After securing the exterior, the interior of the existing building is demolished, and reconstruction takes place. In the case of Hokuriku Light Metal, which is engaged in metal processing, a partition wall was first established to separate the construction area from the factory operation area, and a new building frame larger than the factory was constructed. Subsequently, the roof and exterior walls of the new building were completed, and while protecting the machinery, the existing building was demolished. Additionally, the second-floor slab inside the new building was constructed, allowing operations to continue without relocating the machinery, thus achieving reconstruction through a two-stage process. Through the Cover Build Method and floor division construction, it was transformed into a spacious two-story factory. 【Construction Targets】 ■ There are immovable machines ■ There is space around the building ■ The existing building is a single-story structure ■ Switching production operations is easy *For more details, please refer to the PDF document or feel free to contact us.

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[Construction Example] Expanding the existing eaves to create an indoor space that is protected from rain.

[Construction Example] Expanding the existing eaves to create an indoor space that is protected from rain.

Construction method that does not stop factory operations - First Plus Co., Ltd. 'Big Roof Method'

The "Big Roof Construction Method" is a technique for safely extending roofs, such as eaves that protrude from buildings. In this case, the customer wished to extend an existing 10-meter eave by an additional 7 meters while also enclosing the entire loading area indoors to allow for work to be done without getting wet from the rain. Therefore, we developed a structural plan that incorporated the "Cover Build Method," constructing a new frame that covers both the extension area and the existing loading eave area. This allowed us to expand the loading area while maintaining operations during construction and enclosing it indoors. Considering the entry and exit of trucks, we adopted aluminum over-slider shutters for the opening doors. The existing eave was integrated into the new roof, resulting in a spacious indoor loading area with sufficient strength. 【Construction Requirements】 ■ There is ample space in front of the building. ■ The existing building has passed inspection. *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method
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Factory reconstruction method "Cover Build Method" allows for rebuilding while maintaining factory operations!

Factory reconstruction method "Cover Build Method" allows for rebuilding while maintaining factory operations!

Are you having trouble with a machine that won't move? Yoshizawa's unique construction method allows you to maintain factory operations while replacing it.

The "Cover Build Method" is Yoshizawa's unique construction technique that allows for rebuilding while maintaining factory operations. We conduct thorough hearings regarding the main equipment of the factory and its usage frequency, and we carry out the construction under appropriate schedule management to ensure that the building process and factory operations can coexist. First, we assemble steel frames to cover the existing building and construct the roof and exterior walls. After ensuring that rain and wind do not enter from the outside, we dismantle the interior of the existing building and proceed with the rebuilding. [Recommended for such factories!] ■ There are machines that cannot be moved ■ There is space around the building ■ The existing building is a single-story structure ■ It is easy to switch production flow *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method
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Factory Reconstruction Method "Connection Method"

Factory Reconstruction Method "Connection Method"

Integrating the buildings while ensuring smooth flow to improve work efficiency 【Contributing to increased productivity and the smooth operation of production lines!】

The "Connection Construction Method" refers to a technique where a new building (or an extension) is constructed between two or more existing buildings that are located apart from each other, aligning the floor levels to integrate the previously independent structures. This construction creates pathways between areas that were originally separate buildings, leading to expected benefits such as improved productivity and smoother production lines. [Recommended for such factories!] ■ Want to make the most of existing buildings ■ Want to create connections between each building that stands independently on the site *For more details, please refer to the PDF document or feel free to contact us.

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Connection Method

Connection Method

Connecting buildings that were separated! You can make effective use of dead space within the site.

The "Connection Construction Method" involves constructing a new building (or an extension) that aligns with the floor level of two existing buildings that are separated by a gap, thereby integrating (linking) the previously disconnected structures. This method allows for the effective use of dead space within the site, enabling operations to continue without being affected by weather conditions when moving between factories. Furthermore, the creation of new pathways in what were originally separate buildings can lead to improvements in productivity and smoother production lines. 【Features】 ■ Integration (linking) of previously disconnected buildings ■ Effective use of dead space within the site ■ Operations can continue without being affected by weather conditions when moving between factories ■ Potential for improvements in productivity and smoother production lines *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method
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Next, the scaffolding method "Ethon Hall."

Next, the scaffolding method "Ethon Hall."

A mounting method for solar power installation that does not require drilling holes in the roof!

"Esunon Hall" is a construction method that eliminates the need to drill holes in the roof to fix adhesive method fittings with adhesive, thus removing concerns about leaks. For heavy loads, it is possible to increase the number of receiving members adhered to the roof to distribute the load. Additionally, it allows for approximately a 25% reduction in labor and a shortening of the process compared to conventional methods. 【Features】 ■ Compatible with any roof shape ■ Installation without damaging the roof or drilling holes ■ Improved power generation with true south installation (also acceptable for roofs not facing true south) ■ 25% reduction in work due to the adhesive mounting method *For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods
  • Ground foundation construction method
  • Construction method

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Anchorage Column Fixing Method "U-Wedge Frame"

Anchorage Column Fixing Method "U-Wedge Frame"

Securely fixed with pressure and adhesive force from wedges! Anchorless girder fixation method.

The "U-Wedge Frame" is a new anchoring method that creates a significant pressing effect by arranging wedges inside the frame, allowing for fixation on the surface of the girder. Since the anchoring function can be achieved solely through work on the wedge arrangement on the girder surface, it enables frame fixation without affecting the internal structure, such as rebar in concrete structures, thus preventing a decrease in the structural capacity. Conventional anchor bolt fastening methods require drilling at the anchor installation site and associated rebar detection, but this method does not require such tasks, resulting in excellent workability and reliable cost reduction. 【Features】 ■ Can be securely fixed to the structure ■ Can be constructed with simple processing ■ Allows frame fixation without affecting the internal structure ■ No need for drilling at the anchor installation site or rebar detection ■ Excellent workability and cost reduction *For more details, please visit our website or feel free to contact us.

  • Bridge Materials
  • Bridge Construction
  • Special Construction Method
  • Construction method

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Pile Foundation Reinforcement Method "Σ-i (Sigma-I)"

Pile Foundation Reinforcement Method "Σ-i (Sigma-I)"

Advanced piles protect buildings. We have consolidated all the necessary elements for steel pipe piles.

"Σ-i (Sigma-I)" is a pile-type ground reinforcement method that involves inserting a pile equipped with four cutting blades and spiral wings into the ground while rotating it. This method consolidates various elements necessary for ground reinforcement, including high pile performance, reliability and safety in construction, and consideration for the environment and neighboring areas. Furthermore, by improving the structure of the tip wings, it has successfully achieved a balance between pile performance and cost reduction. 【Features】 ■ Reliable bearing capacity ■ Development of a new type of tip wing ■ Consistent management system ■ Consideration for the environment ■ Compatible with various ground conditions *For more details, please refer to the PDF document or feel free to contact us.

  • Ground foundation construction method
  • Construction method

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Dry construction method

Dry construction method

Repairs, reinforcement, and diagnosis of marine and river structures are possible! It is not affected by waves, currents, or turbidity.

The "Dry Method" is a technology that enables more reliable and high-quality repairs by utilizing a dry box to create a dewatered state. Many seawalls and revetments show significant localized corrosion, pitting, deterioration, and damage, particularly in splash zones and below low tide levels. This method allows for total maintenance, including repairs to marine steel structures such as steel sheet piles in splash zones and tidal zones, as well as upper concrete. 【Features】 ■ Accurate investigation of damage conditions through visual inspection ■ Safe, reliable, and rapid construction ■ Unaffected by waves, currents, or turbidity, and allows for nighttime work ■ Ensures a working environment comparable to land, significantly improving construction accuracy ■ Enables simultaneous construction of reinforcement work in addition to repair work *For more details, please refer to the PDF materials or feel free to contact us.

  • Renovation and repair methods
  • Construction method

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Insulation Material Injection Precast Composite Floor Slab Method 'DM Board Slab'

Insulation Material Injection Precast Composite Floor Slab Method 'DM Board Slab'

This is a method for casting PCa synthetic floor slabs that significantly improves the working environment in narrow pits!

The "DM board" is a half precast floor slab with insulation material embedded, allowing for construction without support. By using the "DM board" for the first-floor slab with a pit, it eliminates the need for setting insulation, formwork, and the removal and transportation of supports. [Features] ■ Can be constructed without support ■ Reduction of construction types and shortening of construction period ■ Compatible with inserts and sleeves ■ Lightweight, allowing for VE proposals as well

  • Other flooring materials
  • Construction method

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FC slab construction method

FC slab construction method

After the concrete hardens, it is completely integrated with the FC board, forming a strong composite slab.

We would like to introduce the "FC Panel Slab Method." This method allows for the construction of long-span slabs without the need for temporary supports. Since prestressing is introduced, long-term creep deflection is extremely minimal, and it has the characteristic of being strong against cracking. Additionally, as it becomes a composite slab, the amount of rebar and concrete is reduced compared to conventional RC slabs. 【Features】 ■ Long-span slabs can be constructed without temporary supports ■ Long-term creep deflection is extremely minimal due to the introduction of prestressing ■ Strong against cracking ■ Thin sections can be easily notched or drilled for piping using a concrete cutter ■ Has sufficient recovery strength against excessive loading *For more details, please refer to the PDF materials or feel free to contact us.

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Sand slit method

Sand slit method

Improving the permeable functions of grounds and turf pavement! A construction method that takes the environment into consideration by not generating excavated construction waste.

Introducing the "Sand Slit Method" by Hasegawa Sports Facilities. By using a specialized machine, we simultaneously perform minimal trench excavation and filling, which means there is no construction waste generated from excavation. Compared to conventional drainage systems, this method is completed in a short time, has lower economic burdens, and is environmentally friendly. 【Features】 ■ Improves the permeability of grounds and turf surfaces ■ Does not generate construction waste from excavation ■ Completed in a short time with lower economic burdens *For more details, please refer to the PDF document or feel free to contact us.

  • Pavement construction
  • Paving Materials
  • Paving of sidewalks, roads, parking lots and stadiums
  • Construction method

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SS Type Super Stroke Solenoid Product Catalog

SS Type Super Stroke Solenoid Product Catalog

Introducing the "SS Series," capable of driving significantly longer strokes!

This catalog features the solenoid "SS Series," which can be used for long strokes. We handle products such as "S75SS," which enables significantly longer stroke drives, as well as "S100SS" and "S125SS." [Contents] ■ Features and usage of the SS Series ■ Coil rating table ■ Stroke-thrust characteristics ■ Current-thrust characteristics ■ Appearance diagrams *For more details, please refer to the PDF document or feel free to contact us.

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Introduction to the "Suberaz Method"

Introduction to the "Suberaz Method"

Just clean it! You can really feel the anti-slip effect.

The "Non-Slip Method" cleans and removes dirt from tiles, which is one cause of slipping, while simultaneously creating fine indentations on the surface of the material. When wet, this surface utilizes surface tension to exhibit adhesive properties that prevent slipping. This method can treat large areas at once, such as public facilities and walkways, improving the current situation without taking much time, thus keeping costs low. 【Features】 ■ Quick and cost-effective ■ Can be applied to polished surfaces, making maintenance easy ■ No visible change, preserving aesthetics ■ Long-lasting effects (3 to 7 years) ■ Can treat large areas at once *Service areas: All regions of Aichi, Mie, Gifu, and Shizuoka Prefectures. For other regions, please consult us. *For more details, please download the PDF or feel free to contact us.

  • Special Construction Method
  • Renovation and repair methods
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Pull-out method "Nukki SDS"

Pull-out method "Nukki SDS"

We will introduce a method for easily extracting anchors embedded in concrete.

"Nucky SDS" is a pull-out tool that allows for easy extraction of cut anchors. If anchors that have been temporarily fixed are left as they are, they can cause rust that stains the exterior walls of structures and ultimately lead to cracks in the concrete of the building. This product employs a unique method that solves these difficult issues all at once. 【Target Anchor Names】 ■ CA Anchor (Cut Anchor) ■ Grip Anchor GA ■ Ruti Cut Anchor ■ Hawk Cut Anchor ■ Nut Anchor, etc. *For more details, please refer to the PDF document or feel free to contact us.

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Air Formwork Method "Air Fence"

Air Formwork Method "Air Fence"

Highly effective for construction joints and concrete curing partitions! It's a labor-saving method for a new era.

"Air Fence" is an air-pressure type formwork used for pressure-resistant slabs, beams, walls, and joint sections in concrete construction. Compared to traditional lath methods, it achieves improved water resistance, workability, and cost reduction. Additionally, its easy demolding prevents foreign objects from remaining inside the structure, playing a crucial role in maintaining the strength of joint sections and the durability of the building. 【Features】 ■ Quality improvement ■ High water resistance ■ Reduction of running costs ■ Cost reduction ■ Increased joint strength, etc. *For more details, please download the PDF or feel free to contact us.

  • Wood panel and frame wall construction
  • Construction method

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Reinforced soil method - Greenery tail arm method (Terra Trail F2 method)

Reinforced soil method - Greenery tail arm method (Terra Trail F2 method)

Harmony with nature, tranquility. Now, Hirose reflects anew.

The greening tail arm method, as its name suggests, is designed to allow for the greening of the surface of tail arm embankments. The basic principle of the method is the same as that of the tail arm method, but instead of using heavy concrete skins, it employs mesh panels and vegetation mats, making it even easier to construct. The greened embankment surface harmonizes with the surrounding environment in suburban and mountainous areas.

  • Reinforcement and repair materials
  • Earthworks
  • Construction method

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Reinforced Soil Method - Super Dagu Shim Method

Reinforced Soil Method - Super Dagu Shim Method

Surpassing the conventional rebar insertion methods! The definitive technique for slope stability reinforcement.

The Super Dugshim method, like the EP route pile method, is a reinforcement technique designed to prevent natural slopes and ground from collapsing. In the route pile method, a hole is first drilled into the ground using a steel pipe, and then filled with a rebar core and mortar; however, in the Dugshim method, all of these tasks can be performed simultaneously.

  • Earthworks
  • Piles, caissons, sheet piles
  • Pile and foundation work
  • Construction method

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Reinforced soil method - High-strength micro-pile method

Reinforced soil method - High-strength micro-pile method

Leave it to us for high-durability micropile construction methods.

The high-strength micropile method involves leaving a high-strength steel pipe, called casing, in the ground as a pile after drilling a hole into the ground. This method is used to support the foundations of bridges and buildings, as well as to reinforce natural slopes and prevent landslides or ground collapses.

  • Earthworks
  • Piles, caissons, sheet piles
  • Pile and foundation work
  • Construction method

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Self-supporting large block NSS block

Self-supporting large block NSS block

We aim to achieve harmony with nature, landscapes, and local communities, striving for a more comfortable amenity experience.

The NSS block is a large block retaining wall made of reinforced concrete that is integrated between blocks (in accordance with road earthworks guidelines). Instead of the conventional concrete used in the core section, crushed stone will be used. By adopting a reinforced structure in accordance with the road earthworks guidelines, the NSS block allows for a reduction in concrete volume and cost compared to traditional gravity retaining walls.

  • Aggregates and crushed stone
  • Dam construction
  • Retaining wall
  • Construction method

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Expanded Polystyrene Civil Engineering Method "EPS Method"

Expanded Polystyrene Civil Engineering Method "EPS Method"

Ground treatment and temporary construction work are simplified, resulting in a shortened overall construction period! Reduced total construction costs after completion.

The "EPS method" involves stacking large blocks of expanded polystyrene as fill material, effectively utilizing the characteristics of the material such as lightweight, compressive strength, water resistance, and self-supporting properties when stacked. It can be applied in areas where there is a need to reduce load and soil pressure, such as fill on soft ground, fill on steep slopes, backfilling for structures, vertical walls, and widening of embankments. The overall construction period can be shortened as ground treatment and temporary works are simplified. Additionally, it offers numerous benefits, including a reduction in overall construction costs, including maintenance after completion. 【Features】 ■ Ultra-lightweight and wide applicability - Unit volume weight is 0.12 to 0.35 kN/m3 - When applied as fill on soft ground, it can significantly reduce load and solve issues such as settlement and insufficient bearing capacity of the soft ground. *For more details, please refer to the PDF document or feel free to contact us.

  • Road construction
  • Construction method

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Introduction to Lightweight Fill Construction Method

Introduction to Lightweight Fill Construction Method

[Data Download] We will explain the basic knowledge of lightweight embankment construction methods (beginner's edition).

Do you have any of the following concerns? ■ I want to know the features and application examples of lightweight embankment construction methods concisely. ■ I want to explain the overview of the construction method to a newcomer, but I don't have the materials or time for training. We have created materials that can solve these concerns. The materials are available for free, so please feel free to share and use them within your company. 【Table of Contents】 "Introduction to Lightweight Embankment Construction Methods" 1: Conditions of Japan's Land 2: What is Lightweight Embankment Construction? 3: Overview of EPS Method 4: Applications of Lightweight Embankment Construction (EPS Method) *For more details, please download the PDF or feel free to contact us.

  • Lightweight embankment material
  • Special Construction Method
  • Construction method

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Riverbank protection tail arm method "Aqua Tail 35"

Riverbank protection tail arm method "Aqua Tail 35"

Demonstrating the impact resistance of wall panels (14cm thick) at the actual construction site!

We would like to introduce our proposed riverbank protection tail arm method, "Aqua Tail 35." It ensures the durability of the wall panel against flowing water. It conforms to the structural model "stacking model" equivalent to large blocks in the "Ministry of Land, Infrastructure, Transport and Tourism River Erosion Control Technical Standards" and "Mechanical Design Method for Riverbanks." By using crushed stone as fill material below the river water level, it responds to rapid changes in water levels. 【Features】 ■ Ensures the durability of the wall panel ■ Adaptable to areas prone to salt damage ■ Achieves significant cost reduction and shortened construction time ■ Confirms safety during flooding ■ High stability during construction *For more details, please download the PDF or feel free to contact us.

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  • River construction
  • Construction method

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[Concrete Product Case] Kanagawa Prefecture: Foundation Block SUS Burial

[Concrete Product Case] Kanagawa Prefecture: Foundation Block SUS Burial

We have embedded SUS bolts in the foundation! A manufacturing case in Yokohama City.

Here is a product case of "SUS embedded foundation block" in Kanagawa Prefecture. We embedded SUS bolts into the foundation. The product dimensions are a concrete foundation of 250□×H350 with a chamfer on the top surface, (SUS) M12 bolts x 4, with a protrusion of 20mm and a pitch of 110mm. Please feel free to contact us if you have any inquiries. 【Case Overview】 ■ Product Dimensions - Concrete foundation 250□×H350 with a chamfer on the top surface - (SUS) M12 bolts x 4, protrusion of 20mm, pitch of 110mm ■ Installation Location: Yokohama City, Kanagawa Prefecture ■ Installation Period: February 2021 *For more details, please refer to the related links or feel free to contact us.

  • Foundation construction
  • Construction method

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Seismic retrofitting method for specific ceilings: "Fail Support Method"

Seismic retrofitting method for specific ceilings: "Fail Support Method"

Seismic retrofitting methods suitable for fall prevention measures for specific ceilings.

The "Fail-Safe Support Method" is a seismic retrofitting technique specifically designed for existing ceilings, where support materials and nets are installed directly beneath the existing ceiling and connected to the structural framework to prevent the drop of suspended ceilings. Structural components integrated with the building's framework are installed around the perimeter of the ceiling, and by fastening them to a grid-like support material arranged beneath the ceiling surface, the displacement of the ceiling during an earthquake is suppressed. Additionally, a high-strength fiber material net, which is sandwiched and integrally screwed between the support material and the ceiling surface, continues to support the ceiling components in the event of a ceiling collapse, preventing them from falling. 【Features】 - Minimizes partial dismantling of the existing ceiling. - Allows for continued use of the facility during construction. - Compared to traditional methods that involve completely removing the existing ceiling and installing a new seismic ceiling, this method allows for shorter construction periods and lower costs. *For more details, please download the PDF or contact us.

  • Earthquake-resistant construction method
  • Construction method

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Sadoshima Z Roof Hybrid Waterproofing Method

Sadoshima Z Roof Hybrid Waterproofing Method

The hybrid waterproofing method, which excels in airtightness and weather resistance, protects buildings for a long time.

The Z Roof uses galvanized steel sheets as the base material and standard molten zinc-coated steel sheets, offering superior corrosion resistance compared to other company's deck roofs. Additionally, the Yodo GL Eco Green steel sheet used as the base material has a special coating that does not contain hexavalent chromium, which is an environmentally harmful substance. The Z Roof Type 1 features a structure that conceals the screws used to secure the insulation and sheet at the joints, enhancing the aesthetic appeal from the interior side and preventing the falling of metal shavings generated when fixing the screws to the steel sheet.

  • Waterproofing work
  • Metal roof
  • Waterproof sheet
  • Construction method

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External insulation sheet waterproofing method "Sadoshima Z Roof Hybrid Waterproofing Method"

External insulation sheet waterproofing method "Sadoshima Z Roof Hybrid Waterproofing Method"

The hybrid waterproofing method, which excels in airtightness and weather resistance, protects buildings for a long time.

The "Sadoshima Z Roof Hybrid Waterproofing Method" is a dry roofing waterproofing method that combines Z roof, insulation materials, and waterproof sheets. By melting the joint areas between the sheets and the connection points between the sheets and the PVC-coated steel plates using heat or solvents, it ensures excellent bonding performance and water tightness. This method employs an anchor fixation technique that partially bonds the waterproof sheet to the substrate, making it less susceptible to the influence of the substrate, thus preventing issues such as blisters after installation. 【Features】 ■ Integrated waterproof layer for reliable water tightness ■ Easy external insulation waterproofing method ■ Stable quality through mechanization ■ Highly durable waterproof sheets ■ Fixation method that is less affected by the substrate ■ Issuance of waterproof construction warranty *For more details, please refer to the PDF materials or feel free to contact us.

  • Waterproof sheet
  • Coating film waterproofing material/permeable waterproofing material
  • Metal roof
  • Construction method

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Ground improvement method "DCI Multi-Point Injection Method"

Ground improvement method "DCI Multi-Point Injection Method"

Construction is possible near and directly beneath existing structures! This chemical grouting method does not require regular visual inspections or displacement measurements, allowing for minimal personnel involvement in the construction process.

The "DCI Multi-Point Injection Method" is a ground improvement technique that can suppress displacement by injecting at low pressure and low discharge. Although the injection speed per pump is low (1 to 6 liters per minute), rapid construction is possible through simultaneous multi-point injection (32 connections). According to the injection pressure, each pump is mechanically and automatically controlled, and flexible injection pipes are consolidated to minimize the occupied area. 【Features】 ■ Construction is possible near and directly beneath existing structures. ■ Rapid construction is possible through simultaneous multi-point injection (32 connections). ■ Construction in narrow areas is possible with a dedicated system (DCI system). ■ Each pump is mechanically and automatically controlled according to the injection pressure. ■ Flexible injection pipes are consolidated to limit the occupied area. *For more details, please refer to the PDF materials or feel free to contact us.

  • Ground improvement
  • Ground foundation construction method
  • Construction method

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Tunnel auxiliary construction method "Trevi Tube Method"

Tunnel auxiliary construction method "Trevi Tube Method"

Select drilling and injection methods according to ground conditions! Construction is possible in various types of ground.

The "Trevichube Method" uses specialized machinery from the Italian company Trevi to install long steel pipes around the perimeter of the tunnel excavation cross-section, while performing injections adapted to the geological conditions, thereby forming a reinforced improved arch zone with the steel pipes. Depending on the geological conditions, drilling and injection methods can be selected, allowing for construction in various geological environments. Compared to the AGF method (φ114.3mm), this method allows for the use of thicker and larger diameter steel pipes, enabling the creation of a significantly rigid improved area, and it can accommodate long drilling of over 20 meters. 【Specifications】 ■Applicable steel pipes: φ114.3 to 139.8 (t=6.0 to 11.1mm) ■Maximum installation length: 50m ■Standard steel pipe length: 6 to 12m/pipe ■Standard installation pitch: @300 to 600mm *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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Achieving earthquake resistance that meets customer needs! The best mix of reinforcement methods.

Achieving earthquake resistance that meets customer needs! The best mix of reinforcement methods.

Because we are a specialized company in seismic reinforcement! From design to construction, we have a consistent in-house system. We provide seismic retrofitting tailored to our customers' needs by combining traditional methods and patented techniques.

Our company offers the "Best Mix," which proposes the most suitable combinations from various seismic reinforcement methods. Leveraging the technology we have developed over the years, we promise a satisfactory completion with prompt and precise construction details. As a company specialized in seismic measures, we can provide proposals and construction that combine not only traditional methods but also patented techniques. We offer methods such as the "Design U Frame Method," which is compatible with RC and SRC structures, and the "HP Seismic Method," which demonstrates both strength and ductility effects. [Features] ■ A consistent in-house system from design to construction, made possible by our expertise in seismic reinforcement ■ Numerous achievements that respond promptly to diverse needs ■ The RE・do project, which revitalizes the value of old seismic real estate *For more details, please refer to the PDF materials or feel free to contact us.

  • Earthquake-resistant construction method
  • Construction method

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