Construction method Product List and Ranking from 1584 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 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:Jun 03, 2026～Jun 30, 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. シーカ・ジャパン Tokyo//Building materials, supplies and fixtures manufacturers
  3. エコ・24 本社 Kanagawa//Other construction industries
  4. 4 昭石化工 Tokyo//Building materials, supplies and fixtures manufacturers
  5. 5 横山基礎工事 Hyogo//General contractors and subcontractors
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Construction method Product ranking

Last Updated： Aggregation Period:Jun 03, 2026～Jun 30, 2026
This ranking is based on the number of page views on our site.

  1. 煙突に対するアスベスト封じ込め工法『CAS工法』 エコ・24 本社
  2. Install the valve without stopping the water! 'EM Continuous Water Valve Method' SUIKEN Co., LTD
  3. Reinforcement of existing beam after hole cutting: "Redouble Method" コンステック
  4. 4 DominoZone A new termite control method that does not involve applying chemicals under the floor. Envu エンバイロサイエンスジャパン
  5. 5 For deep excavation work and cutting/removal of underground obstacles! Super Top Method. Taiyo Kisokogyo Co.,Ltd.

Construction method Product List

2521～2550 item / All 4312 items

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Greening Reinforcement Embankment Method "Step Wall"

Greening Reinforcement Embankment Method "Step Wall"

It is possible to plant greenery on the flat surfaces of the stairs, allowing for landscaping that takes the surrounding environment into consideration!

Step Wall is a greening reinforcement embankment method that uses L-shaped lattice rebar, which integrates wall materials and reinforcement materials. It can shape slopes into a stair-like configuration with a vertical spacing of 45 cm, allowing for the creation of steep embankments with a maximum slope of 5 minutes. Generally, the wall surface is greened, but planting can also be done on the flat surfaces of the stairs, enabling environmentally considerate greening. It is widely used not only in road and land development projects but also in disaster recovery work for slopes. ◎ You can view details such as specifications by downloading the catalog. If you are interested, please download and take a look at the catalog.

  • Wall and rooftop greenery
  • Construction method

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Reinforced Soil Wall Method "Rock Dam"

Reinforced Soil Wall Method "Rock Dam"

By using mechanical construction, it is possible to shorten the construction period and reduce labor!

The rock dam is a reinforced soil wall method that uses L-shaped lattice rebar, which integrates wall materials and reinforcement. Traditionally, the mattress basket method has been widely used as a sediment runoff prevention measure. However, the mattress basket method, which is constructed with a gentle slope, not only requires a large amount of gravel but also has long construction periods due to its reliance on manual labor. In contrast, the gravel wall, which applies reinforced soil theory, can accommodate slopes of up to 5 degrees. Furthermore, the use of L-shaped lattice rebar allows for continuous mechanical construction. ◎ For more details, please download and view the catalog.

  • Reinforcement and repair materials
  • Construction method

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Green Reinforced Soil Wall Method "Geoverde"

Green Reinforced Soil Wall Method "Geoverde"

High-strength, low-elongation Tenax TT is used as reinforcement material, ensuring a stable embankment construction!

Giovelde is a greening reinforcement soil wall method that uses lattice-shaped rebar for wall materials and geogrids for reinforcement. It can accommodate a wide range of slopes from vertical to 1:5, allowing for economical planning that reflects local conditions. Since Tenax TT is used for the geogrid, it excels in both cost-effectiveness and durability. Tenax TT is a uniaxially stretched geogrid made of high-density polyethylene, manufactured using a unique extrusion molding technology. It has high durability and reliability, providing sufficient friction resistance with the fill material over a long period. For more details, please download the catalog or feel free to contact us.

  • Wall and rooftop greenery
  • Construction method

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Anchor-type empty block retaining wall method "Lap Block Method"

Anchor-type empty block retaining wall method "Lap Block Method"

Construction is easy, allowing for a shortened construction period!

This is an anchor-type masonry block retaining wall method that integrates the product and backfill material using concrete blocks for the wall surface and anchor components. The applicable slope ranges from 3:1 to 5:1, allowing for flexible adaptation to curved surfaces. Compared to conventional block masonry retaining wall methods, it excels in cost-effectiveness and workability, enabling a reduction in construction time. On-site generated soil can also be used as backfill material. ◎ For more details, please download and view the catalog.

  • Retaining wall
  • Construction method

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Italian tile Portuguese

Italian tile Portuguese

Warm winds of Southern Europe into your life.

Significant cost reduction through direct import.

  • Tile and slate roofs
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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Paving Material Sunroad 7

Paving Material Sunroad 7

We will protect the natural environment without polluting the earth or the water.

Natural materials such as crushed stone are hardened for paving using side pavement methods and rock load methods.

  • Exterior and paving materials <General>
  • Construction method

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A-CR Method (Absolute Crushing Method)

A-CR Method (Absolute Crushing Method)

Acquisition of construction technology review certification! The latest technology for safe and rapid underground obstacle removal!

The A-CR method is a new system for safely removing underground obstacles using heavy machinery with low noise, low vibration, and a low center of gravity. It addresses the challenges of traditional underground obstacle removal methods through a crane-suspended crusher that operates freely within the casing. *For case studies, please visit our website via the related link.

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  • Steel structure construction
  • Construction method

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Large-diameter deep steel pipe installation method (φ3200)

Large-diameter deep steel pipe installation method (φ3200)

It is also used in construction to protect cities from flooding caused by guerrilla rainstorms! It is utilized in the construction of vertical shafts for access tunnels.

The "Large Diameter Deep Depth Steel Pipe Installation Method (φ3200)" is a method for directly rotating and installing steel pipe piles equipped with a drilling bit at the tip. It utilizes a full-circle rotary drilling machine with one of the largest diameters in the country, φ3200mm, capable of handling various underground construction projects. If necessary, large-diameter steel pipes can be directly rotated and installed into bedrock layers. The new technology of casing inner drilling allows for low-noise and low-vibration construction driven by hydraulic power, making it suitable for nighttime work in urban areas. 【Features】 - A method for directly rotating and installing steel pipe piles equipped with a drilling bit at the tip. - Utilizes a full-circle rotary drilling machine with one of the largest diameters in the country, φ3200mm, capable of handling various underground construction projects. - Large-diameter steel pipes can be directly rotated and installed into bedrock layers if necessary. - Effective in construction projects that protect cities from flooding caused by sudden heavy rains. - Can also be used for the construction of launch and arrival shafts for various shield projects. *For more details, please refer to the PDF materials or feel free to contact us.

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  • Ground foundation construction method
  • Construction method

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Micro Joint Pile Method (Steel Pipe Sheet Pile Rock Embedding Method)

Micro Joint Pile Method (Steel Pipe Sheet Pile Rock Embedding Method)

Acquisition of construction technology review certification! Directly driving steel pipe sheet piles into bedrock.

The "Micro Joint Pile Method" is a rock embedding method using special short-length jointed steel pipe sheet piles that eliminates the need for pre-drilling at the joint sections. By utilizing special short-length joints (micro joints) to shorten the pitch, the labor of pre-drilling is eliminated. By installing micro joint-type steel pipe sheet piles specifically designed for this method at approximately one-fourth the conventional short pitch, pre-drilling at the joint sections becomes unnecessary, allowing for simultaneous rock excavation and installation of steel pipe sheet piles in one process. 【Features】 ■ Construction technology review certification obtained ■ Direct installation of steel pipe sheet piles into rock layers is possible ■ Rental options for steel pipe sheet piles are available ■ Elimination of pre-drilling labor through pitch shortening with special short-length joints *For more details, please refer to the PDF materials or feel free to contact us.

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  • Ground foundation construction method
  • Construction method

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Screwdriver construction method

Screwdriver construction method

Birth of a multi-driver compatible with hard rock formations! High-speed drilling with a hydraulic casing pipe drilling device!

The "Screw Driver Method" can accommodate a wide range of drilling diameters from φ800 to 3200mm. While performing casing drilling with a fully rotating all-casing drilling machine known for its drilling capabilities, it utilizes a screw-type middle drilling device to intermittently discharge large volumes of soil in an earth drill manner, achieving simultaneous improvements in speed, quietness, and environmental performance. This is a new standard that consolidates the features of conventional methods. 【Features of the Screw Driver Method for Hard Ground】 ■ Screw type ■ The storage capacity of excavated soil is approximately 8 to 25 times that of a hammer grab, significantly reducing the number of discharges ■ The discharge efficiency improves compared to a hammer grab in proportion to depth ■ Reliable shear excavation is possible for general earth, consolidated clay layers, gravel layers, sand and gravel layers, soft rock layers, etc. ■ It can be used not only for casing rotary drilling methods but also as a middle drilling device for pipes such as steel pipes and steel sheet piles. *For more details, please refer to the PDF materials or feel free to contact us.

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  • Ground foundation construction method
  • Construction method

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Narrow Space Clearance Method

Narrow Space Clearance Method

Low vibration, low noise, casing drilling! Enables various pile construction in confined spaces!

The "Narrow Space Clearance Construction Method" is a machine configuration that combines a narrow space-compatible drilling machine, modified from the specifications of a full-rotation all-casing general-purpose machine, with a hydraulic telescopic boom crawler and a hydrograb. This design minimizes the occupied area and adapts the machine for pile construction in confined spaces. The standard working space for a φ1500mm class drilling machine is more than 160m2, with a width of 8m, a length of 20m, and a headroom height of over 5.5m. 【Features】 ■ Capable of various pile construction in narrow spaces ■ Low vibration and low noise during casing drilling ■ All main machines are hydraulically driven ■ The combination of the narrow space-compatible drilling machine, hydraulic telescopic boom crawler, and hydrograb allows for construction under headroom restrictions of 5.5m *For more details, please refer to the PDF document or feel free to contact us.

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  • Ground foundation construction method
  • Construction method

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Temporary bridge and temporary pier construction method with a 20m span integrated installation - L pier construction method.

Temporary bridge and temporary pier construction method with a 20m span integrated installation - L pier construction method.

Reduction of the number of piles due to the long span girder construction! Temporary bridge and temporary pier construction using a 20m span unified erection method.

The "L Pier Construction Method" utilizes high-strength materials for the fabrication of girders and steel pipe piles, allowing for the use of large construction machinery capable of operating in an 8-meter width, achieving a maximum span length of 20 meters through vertical installation. This method can accommodate year-round placement within rivers, eliminating the need for repeated installation and removal during non-flood periods. As a result, it can be utilized for the construction, renewal, and maintenance of large river structures such as long bridges, as well as for wide-ranging disaster recovery and reconstruction projects, including construction piers, detours, and emergency bridges. It is the first long-span compatible LIBRA bridge. By connecting the pile frame with brace pipes and brace materials in a ground assembly and installing them as a unit, the need for lifting operations is eliminated, enhancing safety. **Features** - By pre-installing the assembled upper panels through reaction poles, safety and workability are improved. - The use of high-strength materials for the main frame enhances quality and strength. - Connecting the pile frame with brace pipes and brace materials in a ground assembly and installing them as a unit eliminates the need for lifting operations, improving safety. *For more details, please download the PDF or feel free to contact us.*

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  • Bridge Construction
  • Construction method

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Basic Ground Improvement Method - ACPD Method

Basic Ground Improvement Method - ACPD Method

The ACPD method (Ground and Safe Construction Method) is a foundation ground improvement technique that uses only natural materials: "crushed stone, air, and water."

The ACPD method is a type of compressional pile that constructs good boreholes without using casing in soft ground. This method incorporates some elements of the composer method into the compressional type, aiming to be environmentally friendly and ensure stable quality.

  • Ground improvement materials
  • Construction method

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Perfect construction method - unified lifting and lowering method

Perfect construction method - unified lifting and lowering method

The bulk lifting and lowering method is the foundation of the Perfect Method.

In the work area, set up scaffolding above the lifting device known as the Perfect Beam, and during the waiting time for signals, move it directly below the installation position and lift it to a height that does not obstruct traffic.

  • Scaffolding and Support Materials
  • Other civil engineering works
  • Construction method

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Perfect Construction Method: Gecko Method (Mobile Rail)

Perfect Construction Method: Gecko Method (Mobile Rail)

The gecko method is a technique used when bulk lifting or lowering methods cannot be employed.

Assemble a frame-type suspended scaffold in a location that does not obstruct traffic, attach a hanger rail to the lower flange of the steel beam after lifting, fit a plain trolley onto the rail, and then suspend the frame-type scaffold from there.

  • Scaffolding and Support Materials
  • Other civil engineering works
  • Construction method

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Safe and Secure High-altitude Work Method "Perfect Method"

Safe and Secure High-altitude Work Method "Perfect Method"

Minimize the dangers of working at heights to as close to zero as possible! Eliminate the risk of falling objects as well.

The "Perfect Construction Method" is a technique devised to eliminate accidents caused by worker falls and the dropping of scaffolding materials, with the aim of reducing traffic restrictions. Our scaffolding uses a fully boarded suspended scaffold made from modular steel frames. Since the scaffolding is assembled and lifted on top of a lifting device (Perfect Beam), there is less high-altitude work. During the installation and dismantling of the scaffolding, there are fewer openings, making it a safe scaffold for workers and passing vehicles. Additionally, compared to conventional scaffolding, there are no gaps or steps, which prevents material drops and enhances work efficiency. *☆* For more details, please download or contact us *☆*

  • Special Construction Method
  • Construction method

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New Cleaning System - Mall Ball Method

New Cleaning System - Mall Ball Method

A groundbreaking new sewer pipe construction method for safely and cleanly managing urban sewage systems.

The mall ball method is a technique for cleaning flowing bypass pipes, main pipes, and manholes upstream and downstream.

  • Manhole body
  • cleaning
  • Construction method

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Construction of grease trap cleaning work

Construction of grease trap cleaning work

Cleaning work for water supply and drainage, and ventilation equipment.

We focus on cleaning kitchen equipment grease traps, ventilation ducts, water storage tanks, and pools, as well as general cleaning of water supply and drainage sanitary facilities and ventilation systems.

  • cleaning
  • Pool equipment related
  • Construction method

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Wire Sawing Method [Cutting Structures with Diamond Wire!]

Wire Sawing Method [Cutting Structures with Diamond Wire!]

Cutting by rapidly rotating a diamond wire wrapped around the structure! Enables cutting in places that are difficult for people to access and allows for cutting of large cross-sections!

The wire sawing method is a technique for cutting structures by applying tension to a diamond wire wrapped around the structure while rotating it at high speed. 【Features】 ■ It enables cutting in locations that are difficult for people to access and allows for cutting of large cross-sections. ■ It can shorten construction periods. ■ It is highly regarded for its noise reduction capabilities. *For more details, please request materials or view the PDF data available for download.

  • Road construction
  • Construction method

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Post-installed anchor method "After-construction anchor"

Post-installed anchor method "After-construction anchor"

Ideal for reinforcing concrete structures and securing hardware!

"Post-installed anchors" are a type of anchoring method that allows for the installation of hardware with a high degree of adhesion by driving bolts or rebar into a mixture of resin, hardeners, aggregates, and mortar. This method can also be performed underwater. It is mainly suitable for reinforcing concrete structures and securing hardware. Please feel free to contact us if you have any inquiries. 【Features】 ■ Metal anchors ■ Resin anchors ■ Mortar anchors *For more details, please download the PDF or feel free to contact us.

  • Concrete construction
  • Civil Engineering Method
  • Construction method

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Civil engineering method: slope stabilization method

Civil engineering method: slope stabilization method

Development of new technologies and proposals for rational buildings.

In our country, there is a demand for the development of efficient social infrastructure. Additionally, triggered by the Great Hanshin Earthquake, there is a particularly high demand for advanced responses to issues related to the ground. The Complex Technology Research Institute will provide technologies for the strengthening and reinforcement of the ground that are safe, cost-effective, and environmentally considerate as we enter the 21st century.

  • Earthworks
  • Pile and foundation work
  • Civil Engineering Method
  • Construction method

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Steel Wire Cage Type Multi-Stage Stacking Method 'Setron Multi-Stage Stacking Cage'

Steel Wire Cage Type Multi-Stage Stacking Method 'Setron Multi-Stage Stacking Cage'

Cross-section design that responds to constantly changing diverse flows! A multi-layered stacking method suitable for creating multi-natural rivers.

The "Setoron Multi-layered Basket" is a flexible, wire mesh basket-type multi-layered construction method that is suitable for various issues such as riverbed lowering, localized erosion, erosion from the top of embankments, sliding of the backfill, and weak ground. It has voids that allow for the habitation and growth of organisms. There are "Single Type" and "Double Type," featuring two types of cross-sectional configurations that respond to the constantly changing diverse flow conditions. By covering it with soil, it can also facilitate greening, making it suitable for creating natural-type rivers. 【Features】 ■ Two types of cross-sectional configurations ■ Insertion type: A general style characterized by a foundation depth that considers erosion ■ Parallel type: A style that establishes a foundation suitable for the constantly changing riverbed *For more details, please refer to the PDF document or feel free to contact us.

  • Baskets and futon baskets
  • Earth retaining wall/foundation reinforcement
  • Civil Engineering Method
  • Construction method

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Waterproof drainage pavement method POSMAC

Waterproof drainage pavement method POSMAC

By utilizing this construction method, the reliability of the pavement is enhanced by protecting the base layer compared to conventional drainage pavements that are constructed more extensively.

A waterproof layer is formed beneath the drainage mixture layer to protect the base surface from infiltrating rainwater and other sources. Compared to drainage pavements that consist of a two-layer structure including the base, this significantly reduces costs.

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

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Long-distance and sharp curve construction method - Cosmic method

Long-distance and sharp curve construction method - Cosmic method

Construction of long-distance and sharp curve propulsion, highly demanded, at low cost and high precision.

The Cosmic construction method for long-distance and sharp curve construction is designed to carry out economically and reliably the highly demanded long-distance and sharp curve construction in addition to conventional thrusting technology. By combining the Cosmic construction method tunneling machine equipped with element technologies suited to site conditions and inexpensive, high-strength curved thrust pipes (SR thrust pipes), we have achieved cost reduction.

  • Other civil engineering works
  • Special Construction Method
  • Construction method

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M-type (oval type) seismic-resistant water storage tank and fire water tank (steel) using the submerged construction method.

M-type (oval type) seismic-resistant water storage tank and fire water tank (steel) using the submerged construction method.

Optimal shape for installation under the road! Suitable for shield tunneling method and installation in narrow spaces!

Seismic-resistant water storage tanks and fire water tanks using shaft excavation method - Numerous installation achievements under roads - Compatible with narrow access routes using a 4-ton truck - Ideal for installation in small construction yards and narrow sites - Certified products (40㎥, 60㎥, 100㎥) - Double rust prevention with epoxy resin coating and magnesium anode rods

  • Flood prevention facilities, fire tanks, and flood control ponds
  • Dam construction
  • Other civil engineering services
  • Construction method

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Aging deterioration prevention fire water tank repair method "H-type frame method"

Aging deterioration prevention fire water tank repair method "H-type frame method"

Leakage and seismic reinforcement of aging concrete water storage tanks! A method to save from the risk of collapse.

The "H-frame construction method" supports aging concrete water storage tanks from the inside with H-frames and addresses leakage issues with a special coating treatment, making it a firewater tank repair method. In emergency situations, it prevents scenarios where internal firefighting water supply is compromised due to leaks, as well as the risk of collapse during large-scale earthquake disasters. Additionally, since assembly of the frames does not require welding or painting, it is safe and secure. 【Features】 ■ Reliable grounding even for complex shapes with expandable supports ■ Fits any internal shape ■ Suppresses side collapse with a framework made of H-shaped steel ■ Corrosion prevention, water stopping, and water shielding treatments can be selected from epoxy resin or polyurethane resin ■ All components are brought in through existing manholes and assembled inside the water storage tank *For more details, please refer to the catalog or feel free to contact us.

  • Flood prevention facilities, fire tanks, and flood control ponds
  • Earthquake-resistant construction method
  • Construction method

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Polyethylene Disaster Prevention Measures Easy Net Method

Polyethylene Disaster Prevention Measures Easy Net Method

Suitable for temporary safety measures. It offers excellent cost-effectiveness in terms of rockfall energy absorption.

The technology is a lightweight and highly constructible disaster prevention measure using polyethylene nets. It is possible to select the appropriate type based on countermeasure conditions, usage conditions, and site conditions. Additionally, due to its lightweight and ease of handling, it can be constructed in locations where large machinery cannot access, making it a suitable method for temporary safety measures that can also shorten construction time. 【Features】 ■ Excellent constructability, suitable for temporary safety measures ■ Weather resistance against ultraviolet rays has been confirmed ■ Outstanding cost-effectiveness and flexible application ■ Excellent cost-effectiveness in relation to the energy absorption of falling rocks ■ The main material is made of polyethylene, allowing for flexible responses to usage purposes *For more details, please refer to the PDF document or feel free to contact us.

  • Civil Engineering Method
  • Construction method

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Mud dense type propulsion method - Ramsas method

Mud dense type propulsion method - Ramsas method

The Ramsus method (R.M.S) is equipped with primary and secondary crushing functions using a mud farming technique.

Its performance has made it possible to excavate from soft ground to bedrock. Furthermore, by using an environmentally friendly recirculating mud separation system, it has enabled the reduction of industrial waste and the reuse of excavated materials.

  • Bridge Construction
  • stone
  • Construction method

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