Construction method Product List and Ranking from 1597 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

Construction method Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

  1. Taiyo Kisokogyo Co.,Ltd. Aichi//General contractors and subcontractors
  2. 水研 Shiga//Building materials, supplies and fixtures manufacturers
  3. null/null
  4. 4 三晃金属工業 Tokyo//General contractors and subcontractors
  5. 5 日本海洋サービス 大阪支店 Osaka//Building materials, supplies and fixtures manufacturers
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Construction method Product ranking

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

  1. Install the valve without stopping the water! 'EM Continuous Water Valve Method' 水研
  2. Hybrid Concrete Reinforcement Method "Solid Remain Alpha"
  3. Support for bridge pier reinforcement nationwide: "Temporary Closure LPF Method" 日本海洋サービス 大阪支店
  4. 4 Reinforcement of existing beam after hole cutting: "Redouble Method" コンステック
  5. 5 Temporary bridge temporary pier cable-stayed construction method "LIBRA Method" 横山基礎工事

Construction method Product List

2416～2430 item / All 4237 items

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Case study of the environmentally friendly soil solidification material "Harden M" (2)

Case study of the environmentally friendly soil solidification material "Harden M" (2)

Introducing a case study of ground improvement work in the construction yard within the riverbed for river gate construction!

We would like to introduce a case study of the soil solidification material "Harden M," which effectively utilizes recycled resources to reduce environmental impact. During the construction with a crawler-type pile driver, the supporting ground was improved. After the pile driving work was completed, the ground was re-excavated and reused on-site. 【Case Study】 ■ Project Name: Gifu Prefecture Ogaki Civil Engineering Office Mud River Sluice Gate Main Construction ■ Delivery Date: From July 2008 ■ Location: Within Juroku Town, Ogaki City, Gifu Prefecture ■ Soil Improvement Material Used: Harden M, 885 tons ■ Land Condition: Deposited mud, soft soil, N value 2-3 *For more details, please refer to the PDF document or feel free to contact us.

  • Other civil engineering services
  • Civil Engineering Method
  • Soil improvement material

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Case study of the environmentally friendly soil solidification material "Harden M" (3)

Case study of the environmentally friendly soil solidification material "Harden M" (3)

Currently, a biotope has been created, and it is also famous as a place for fireflies! Here is an introduction to the construction case of the rainwater retention pond.

We would like to introduce a case study of the soil solidification material "Harden M," which effectively utilizes recycled resources to reduce environmental impact. The construction site is now a biotope and has become famous as a habitat for fireflies. 【Case Study】 ■ Project Name: Kariya City Hall, Shiroike Renovation Project ■ Delivery Date: November 2005 ■ Location: Higashizakai-cho, Kariya City, Aichi Prefecture ■ Soil Improvement Material Used: Harden M, 775 tons ■ Condition of the Land: Sediment from a reservoir *For more details, please refer to the PDF document or feel free to contact us.

  • Other civil engineering services
  • Civil Engineering Method
  • Soil improvement material

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Environmentally friendly turbidity treatment filter method "Biolog Filter"

Environmentally friendly turbidity treatment filter method "Biolog Filter"

A bioreactor filter is a filter material that purifies turbid water generated from construction and other activities.

**Notice** With the NETIS registration of the new product "Seed Log Filter," the "Bio Log Filter" will be changed to a made-to-order product starting in April 2024. In the future, please consider the "Seed Log Filter" (NETIS registration number: KT-230052-A, patent number: 6675625), which has the same price but offers approximately a 10% improvement in turbidity reduction rate compared to the "Bio Log Filter." **Product PR** The environmentally friendly turbidity treatment filter method "Bio Log Filter" is made by forming natural palm fibers into a cylindrical shape with high density and uniformity, and wrapping it in a net of the same material. This method filters turbidity generated during civil engineering works by installing the Bio Log Filter in sedimentation tanks or notch weirs, thereby preventing pollution of rivers and seas. We also have brochures and performance tables available separately, so if you have any questions, please contact our representative (Mito 03-3383-7291).

  • Water Treatment

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Rooftop greening method: Evergreen Kiri-so bag method - A safe and secure rooftop greening method.

Rooftop greening method: Evergreen Kiri-so bag method - A safe and secure rooftop greening method.

Roof greening method that does not require watering - a simple and safe roof greening method.

The "Evergreen Kiri Grass Bag Method" for rooftop greening is a method developed with consideration for the recent climate in Japan. It utilizes the resilient evergreen Kiri grass. 【Rooftop Greening Revolution】 Recent heavy rains and strong winds have begun to turn what were once considered abnormal weather phenomena into the norm. The plants used in traditional thin-layer rooftop greening have primarily been sedums, but they have been declining due to the recent weather conditions. Additionally, heavy rains and strong winds have caused soil erosion and overgrowth of weeds. Until now, rooftop greening has involved many complex systems that only specialized contractors could manage. The rooftop greening revolution aims to break away from these existing methods and maintain a green oasis easily and sustainably. The system that has made this rooftop greening revolution possible is the fail-proof rooftop greening system "Evergreen Kiri Grass Bag MethodⓇ." 【Features of the Evergreen Kiri Grass Bag Method】 ■ Soil erosion prevention ■ Weed control ■ Easy greening ■ Low maintenance ■ No watering required The Evergreen Kiri Grass Bag Method is a new greening approach that places soil specifically for evergreen Kiri grass into bags, achieving "soil erosion prevention," "weed control," and "easy greening." Search for "Rooftop Greening Revolution" on YouTube to find videos of soil erosion experiments. You can access the video page through the related links below.

  • Wall and rooftop greenery
  • Planting work
  • Special Construction Method

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Concrete protection unbonded method

Concrete protection unbonded method

Concrete protection unbonded method

Unbonded PC steel materials arranged in a parabolic shape exert an upward lifting force, counteracting the load. At the same time, they provide compressive force to the concrete, covering the weakness of concrete, which is vulnerable to tensile forces. 【Features】 ○ The absence of small beams allows for a wide spatial area. ○ Small beams and slabs with minimal deflection and cracking can be created. ○ The thickness of the slab reduces vibration and noise. ○ Good workability shortens construction time and is economical. ● For other functions and details, please contact us.

  • Bentonite
  • Special Construction Method
  • grout

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On-site foamed polyurethane lightweight embankment construction method "Formlight W"

On-site foamed polyurethane lightweight embankment construction method "Formlight W"

Non-fluorocarbon materials! A civil engineering method for foaming ultra-lightweight rigid urethane resin.

The on-site foamed polyurethane lightweight embankment construction method is a civil engineering technique that involves foaming rigid polyurethane resin "Formlight W" into shapes that conform to the terrain and structures, based on the required amount at the site. With a density of 36 kg/m³, it is ultra-lightweight, allowing for the reduction of earth pressure and load in designs for embankments and soil structures. Since it is foamed on-site, it offers good workability and enables economical and speedy construction. The construction is easy and does not require large construction machinery, allowing for manual labor. 【Features】 - Ultra-lightweight, significantly reducing earth pressure loads - Highly adaptable material supply, enabling economical construction - Creates an integrated foam body without joints or seams - High stability with flexibility to follow deformations of the ground and foundation - Possesses self-adhesive properties, allowing for strong adhesion of the foam to the target object For more details, please contact us or download the catalog.

  • Civil Engineering Method

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Effective for jade stones and boulders! Pile and steel sheet pile construction on hard ground using the 'MLT method'

Effective for jade stones and boulders! Pile and steel sheet pile construction on hard ground using the 'MLT method'

Special screws for compression wings and mixing wings! The 'MLT method' for installing piles and steel sheet piles in hard ground is effective for "cobblestones and boulders," which are difficult to handle with conventional methods!

The MLT method (no-excavation hole wall method) is a technique that involves pre-drilling and replacing the ground to drive steel sheet piles or H-piles into hard ground. By compressing the excavated soil against the hole wall using a special screw made of a compression wing and a mixing wing, the self-support of the hole wall is achieved, allowing for rapid drilling. As a result, the amount of soil discharged during drilling is also reduced. This method is particularly effective for hard ground, including gravel, cobbles, and bedrock, achieving cost reduction and shorter construction periods compared to conventional methods. Additionally, we have established a research group for the no-excavation hole wall method to further develop and promote this technology. 【Features】 ■ High construction accuracy ■ Reduction of excavated soil ■ Low noise, low vibration, and no dust ■ Cost reduction and shorter construction period ■ Usable in narrow spaces ■ Reduced risk of collapse *For more details, please download the PDF or feel free to contact us.

  • Ground foundation construction method

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Hard Ground Pre-Boring "Low Head MLT Method"

Hard Ground Pre-Boring "Low Head MLT Method"

Corresponds to areas such as under bridges, substations, and power plants! Low headroom construction method using a pile driver for hard ground with a height of 4m!

The "Low-Head MLT Method" is a low-head version of the "MLT Method," which efficiently excavates hard ground by compressing the excavated soil against the borehole wall using a special screw consisting of a compression wing and a mixing wing. *Are you facing challenges in locations where the ground is high and there are restrictions above? - Under bridges - Inside substations and power plants - Inside factory buildings By improving the conventional hard ground pre-boring method (MLT method) drilling machine, we have developed a pile driver for hard ground with a height of 4 meters without reducing the excavation power. This machine is designed to handle construction in sites with headroom restrictions and narrow spaces. 【Features】 ■ 4-meter high pile driver for hard ground ■ Suitable for construction in sites with headroom restrictions and narrow spaces ■ Compresses excavated soil against the borehole wall using a special screw consisting of a compression wing and a mixing wing ■ Vibration-free and low noise *For more details, please refer to the PDF document or feel free to contact us.

  • Bentonite

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Full Circumference Rotational All-Casing Method "EXL Method"

Full Circumference Rotational All-Casing Method "EXL Method"

Self-propelled full rotation all-casing drilling machine "Excel Method"

The self-propelled full rotation excavator "Excel Method" demonstrates the unique mobility of self-propelled machines. Additionally, compared to the currently mainstream stationary excavators, it has a casing rotation speed that is about 1.5 times faster and a casing lift stroke that is three times greater, allowing for faster excavation and the ability to easily cut through hard boulders and rocks. There is no need to lift the machine body, eliminating the requirement for large cranes.

  • Ground foundation construction method

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Example of MLT construction method: "Vibration-free and low noise"

Example of MLT construction method: "Vibration-free and low noise"

Construction adjacent to residential areas! Introducing a site where the MLT method was actually implemented.

This is an introduction to construction examples that achieved "vibration-free and low-noise" work adjacent to residential areas through the "MLT method." In the case of the retaining work associated with the construction of the Hokuriku Shinkansen, this method was adopted due to the construction conditions that required no noise or vibration as it was adjacent to residential buildings. Additionally, in the retaining work related to the construction of the Kyushu Shinkansen, this method was also adopted because it was adjacent to apartments and houses, where noise and vibration could not be generated. 【Construction Example 1】 ■ Client: Railway Construction, Transport Facility Development Support Organization ■ Project Name: Hokuriku Shinkansen Kanayama T and other works ■ Details: Retaining work associated with the construction of the Hokuriku Shinkansen ■ Conditions: Hard pebbles and boulders are densely scattered, making conventional methods difficult; adjacent to residential areas with no noise or vibration allowed. *For more details, please visit our website or feel free to contact us.

  • Ground foundation construction method

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Easy Net Construction Method

Easy Net Construction Method

It is a disaster prevention measure that harmonizes with nature in a new era.

The Easy Net construction method was developed as a measure against rockfall sources and as a safety measure against falling rocks. It uses polyethylene nets that can absorb rockfall energy of up to 200 kJ. Additionally, it harmonizes with the natural landscape, such as the vegetation on slopes.

  • Soil Research Institute
  • Other civil engineering services

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Slope greening method "Nursery Block Greening Method"

Slope greening method "Nursery Block Greening Method"

Early and reliably create communities with strong environmental improvement capabilities and high disaster prevention functions!

The "Nursery Block Greening Method" utilizes the effect of promoting root growth inherent in nursery blocks (soil blocks with through holes) to reliably and swiftly create communities with high environmental improvement capabilities and strong disaster prevention functions. With thick roots extending deep into the ground and over a wide area, it is possible to create communities with high functionality similar to natural forests and beautiful landscape forests. Depending on various objectives, such as communities resilient to natural disasters, communities that are difficult to collapse, drought-resistant communities, diverse communities, and beautiful landscape conservation, it is possible to reliably introduce highly functional communities and tree species. 【Features】 ■ Ensures the creation of beautiful landscape conservation forests, such as cherry and maple trees, on rocky slopes. ■ Reliably introduces highly functional communities and tree species according to various objectives. ■ Actively uses waste materials such as lake sediment, thinned wood, kitchen waste, and sludge, contributing to environmental conservation. *For more details, please refer to the PDF materials or feel free to contact us.

  • Aggregates and crushed stone

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Slope protection construction method [Cross cover net method]

Slope protection construction method [Cross cover net method]

A new method for aging spray slope measures that improves safety and workability.

~No removal of existing mortar and concrete spray~ The slope protection method [Cross Cover Net Method] involves spraying adhesive mortar that enhances the bonding effect with the existing sprayed surface while leaving the existing sprayed slope intact. It covers and integrates the surface with flat wire mesh and flexible wire ropes, thereby suppressing both the existing spray and the weathered soil behind it, aiming for slope stabilization. Features: ■ Improved Safety The structure that covers the surface with flat wire mesh and wire ropes prevents the peeling of mortar for a semi-permanent period, enhancing safety for third parties. Additionally, since there is no removal work, the risk to workers from unexpected collapses during removal is minimized. ■ Excellent Workability The flat wire mesh is lightweight at 1.9 kg/m², and the wire rope is also lightweight at 0.3 kg/m, making them simple and flexible components that facilitate easy work on slopes. ■ Reduction of Industrial Waste By adding admixtures to the sprayed material, the separation resistance and self-supporting ability of the sprayed material are improved, reducing rebound loss. Moreover, since the construction is carried out without removing the existing sprayed material, it also contributes to the reduction of industrial waste.

  • Other earthworks, foundation works, and exterior floors

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TRD method: uniform thickness soil-mixed ground continuous wall method

TRD method: uniform thickness soil-mixed ground continuous wall method

TRD method

This construction method connects a chainsaw-type cutter inserted into the ground to a base machine, allowing it to move laterally to excavate a trench, inject a solidifying liquid, and mix and stir with the in-situ soil, thereby creating a continuous soil-cement wall underground.

  • Ground foundation construction method
  • Other civil engineering services

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