Construction method Product List and Ranking from 29 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 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:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

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Construction method Product ranking

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.

  1. Off-site construction method for air conditioning equipment "Vispaire Frame"
  2. Reinforcement of existing beam after hole cutting: "Redouble Method"
  3. Leave the drainage repair work to us! "Neplus Method Construction Achievement Case Collection" 高橋土建
  4. 4 Rigid urethane coating waterproofing HU-B method 化研マテリアル
  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

3001～3015 item / All 3125 items

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Cost reduction: Ground improvement method with a shorter design length than conventional method support piles.

Cost reduction: Ground improvement method with a shorter design length than conventional method support piles.

The design length is shorter than that of conventional solid piles! Compared to other methods, it may also reduce the overall construction cost.

The Eco-GEO method is a replacement method rather than a support pile method. The weight supported by the "crushed stone reinforcement body" is distributed underground, so it does not require a solid foundation at the tip, and in many cases, the design length is shorter than that of conventional solid piles. Therefore, depending on the ground conditions, it may be possible to reduce the overall construction cost compared to other methods. 【Features】 ■ Supports the weight of the building with both the "crushed stone reinforcement body" and the "original ground" ■ Does not require a solid foundation at the tip ■ In many cases, the design length is shorter than that of conventional solid piles ■ Depending on the ground conditions, it may be possible to reduce the overall construction cost compared to other methods *For more details, please download the PDF or feel free to contact us.

  • Ground improvement

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Ground improvement method that can reduce the burden on site managers and contribute to shortening construction periods.

Ground improvement method that can reduce the burden on site managers and contribute to shortening construction periods.

Quality control is completed simultaneously with the completion of construction! There is no need to wait for the confirmation of the strength of the test pieces.

We would like to introduce our residential crushed stone ground improvement work, "Eco Geo Method." Since there is no need for a curing period, construction time can be shortened. No water is used during the construction. As the material is crushed stone, there is no need for level management of the pile heads. Additionally, there is no concern about damaging the pile heads during foundation excavation. 【Features】 ■ No curing period required ■ Can be constructed without water ■ No post-testing (test pieces) required ■ No level management of pile heads needed *For more details, please download the PDF or feel free to contact us.

  • Ground improvement

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Eco-GEO Method <Crushed Stone Ground Improvement>

Eco-GEO Method <Crushed Stone Ground Improvement>

Environmental technology for a sustainable society! For support reinforcement, liquefaction countermeasures, and drainage measures.

The "Eco-GEO Method" we employ is a ground improvement technology that allows for stable quality crushed stone ground improvement work even in narrow sites. By using the "EG Casing," we prevent the collapse of the borehole walls, and through the crushed stone compaction method, we ensure stable quality without relying on the operator's skill, enabling quick construction with simple operations. Additionally, we offer two types: the "Dewatering Type," which discharges excavated soil, and the "No Dewatering Type," which does not produce any excavated soil. 【Features】 ■ No waste is generated ■ Since no artificial materials are left underground, it is less likely to decrease the land's asset value ■ Strength does not deteriorate ■ Liquefaction countermeasures during earthquakes ■ Two types available: dewatering and no dewatering *For more details, please download the PDF or feel free to contact us.

  • Ground improvement

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Anti-corrosion coating and sheet lining method D type, Zicboard GR method.

Anti-corrosion coating and sheet lining method D type, Zicboard GR method.

Reduction of life cycle costs with a durability of 50 years.

▼Overview The Zick Board GR method has a construction track record of over 20 years, and based on follow-up survey results of operational facilities and promotion test results, it has been verified that even 50 years after completion, it can maintain the performance of "adhesion stability," "sulfuric acid resistance," and "barrier properties," ensuring a service life of 50 years. By having a service life of 50 years, it enables a reduction in lifecycle costs compared to coating-type lining methods and other sheet lining methods. ▼Features - The joints of the Zick Board GR method have a triple structure consisting of FRP molded products on the surface and back, along with corrosion-resistant sealing materials, providing excellent durability functions that prevent damage to the joint area due to stress concentration and other factors. - The Zick grout injected into the back of the Zick Board can also serve as a cross-section restoration process after the removal of deteriorated areas during renovation work.

  • Sewerage facilities

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Self-supporting manhole rehabilitation method Jickboard J method

Self-supporting manhole rehabilitation method Jickboard J method

A new manhole inside an existing manhole.

The Jickboard J method is a self-supporting manhole rehabilitation technique that provides performance equivalent to that of newly constructed manholes, using only rehabilitation materials for existing manholes that cannot be expected to withstand corrosion or aging. It is a unique method that combines Jickboard, Jick grout, and Jick grid into a single rehabilitation material, offering load-bearing and seismic performance comparable to newly constructed manholes. ▼Features - It can be adapted to facilities under very harsh conditions or those requiring long-term durability. - Jickboard is a factory-molded product with a homogeneous, high-density corrosion-resistant coating that has excellent barrier properties, eliminating the risk of permeation by corrosive substances. - The joints have a double structure of molded products and corrosion-resistant seals, providing excellent durability features that prevent damage to the joint areas due to stress concentration and other factors.

  • Manhole body

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Composite manhole corrosion protection method (Type D) Jickboard M method

Composite manhole corrosion protection method (Type D) Jickboard M method

Rehabilitation is possible regardless of the shape of the manhole (circular or rectangular).

The Zickboard M method is a construction technique that combines the performance required for manhole rehabilitation and corrosion prevention. The Zickboard is installed with a gap on the inner surface of the existing manhole, and Zick grout is filled into this gap. This allows the three-dimensional cross on the back of the Zickboard and the Zick grout to interlock firmly, integrating the Zickboard with the existing manhole to withstand external forces. ▼Features - It can be adapted to facilities in extremely harsh environments or those requiring long-term durability. - The Zickboard is a factory-molded product with a homogeneous, high-density corrosion-resistant coating that has excellent barrier properties, preventing the penetration of corrosive substances. - The joints are designed with a double structure of molded products and corrosion-resistant seals, providing excellent durability features that prevent damage to the joint area due to stress concentration and other factors.

  • Manhole body

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Sewer Manhole Anti-Corrosion Mortar Lining Method Z Mortar KS500M Method

Sewer Manhole Anti-Corrosion Mortar Lining Method Z Mortar KS500M Method

Can be constructed even in high humidity environments. The construction thickness can be freely chosen based on the service life.

The Z Mortar KS500M method is a mortar lining technique that uses Z Mortar KS500. It demonstrates excellent sulfuric acid resistance due to the formulation of special powders derived from blast furnace slag, providing high strength. ▼Features - It can be applied in high humidity environments and construction conditions with high moisture content in concrete, which traditional coating-type lining methods cannot accommodate. - Since the overlapping process of the coating-type lining method is unnecessary, the construction process and curing period are shorter, leading to reduced construction time. - By using blast furnace slag, it is an environmentally friendly product that reduces the burden on the environment (reducing resources, energy, and CO2 emissions).

  • Manhole body

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Water supply facility anti-corrosion and waterproofing (epoxy resin) Jic Resin NP-143F method

Water supply facility anti-corrosion and waterproofing (epoxy resin) Jic Resin NP-143F method

Water supply concrete tank interior coating method

▼Overview The Zick Resin NP-143F method is a coating technique that protects the inner surface of concrete water tanks used in water supply systems by layering a bisphenol F type epoxy resin topcoat that complies with the Japan Water Works Association's JWWA K143 standard and a high-strength epoxy resin-based polymer cement substrate preparation material (Zick Resin HE104X). ▼Features - By applying a substrate preparation material that combines high-strength epoxy and powdered formulations, it possesses excellent adhesion stability functions that prevent adhesion damage to the coating film caused by various stresses occurring at the adhesion interface between the concrete and the coating layer. - It exhibits excellent adhesion regardless of the surface moisture content of the concrete substrate, eliminating the need for drying and moisture measurement of the substrate, allowing for economical and efficient construction. - A smooth substrate that has been prepared allows for the easy formation of a defect-free coating film with uniform thickness. - It forms a robust, opaque cured coating film with excellent chemical resistance. - The cured coating film meets the standards specified in the Japan Water Works Association standard JWWA K143. - The cured coating film complies with the water quality standards related to water supply facilities as stipulated by the Ministry of Health, Labour and Welfare.

  • Water Supply Facilities

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Anti-corrosion coating and application type lining method Carbon Ceramic JE method

Anti-corrosion coating and application type lining method Carbon Ceramic JE method

Improved resistance to blistering with thick film application of high-strength materials.

Resin Mortar Specification ▼Overview In response to the corrosion prevention measures for sewer facilities, we propose cost reduction and long lifespan strategies based on long-standing achievements that meet the required performance and functionality. We have various construction methods with different materials, allowing us to provide suitable solutions for each application. Additionally, it may be more cost-effective compared to sheet lining methods. Each lineup excels in "adhesion stability," "sulfuric acid resistance," and "barrier properties." ▼Features This corrosion protection coating method uses a corrosion-resistant coating material made by mixing a powder containing carbon fibers and high-performance ceramics with epoxy resin. It allows for thick film application of high-strength materials, resulting in high bending and tensile strength, and excellent resistance to blistering. It does not require a primer process and enables thick film application, which can shorten construction time. The thick film application provides high resistance to pressure from behind the coating, helping to suppress blister formation. By using an epoxy emulsion-based substrate conditioning material, it offers excellent adhesion stability to both the dry and wet sides of concrete.

  • Water Supply Facilities

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Mesh Formwork Panel Method "Eco Well Mesh"

Mesh Formwork Panel Method "Eco Well Mesh"

A new concept of non-demolition concrete formwork! It can be used as the foundation of the building even after pouring the concrete!

"Eco Well Mesh" is a concrete formwork developed based on a completely different concept from traditional formwork methods such as conventional frames and conventional lath formwork, by processing iron wire frames and combining them with specialized wire mesh. Since it can be used as the foundation of the building after pouring concrete, there is no need for dismantling, and no waste is generated. ◎ We are currently seeking sales agents! 【Features】 ■ Custom-made production eliminates the need for on-site processing ■ Easy assembly allows for shortened construction time ■ Zero waste means no cleanup is necessary on-site ■ Can be used at the bottom of beams and is easy to install *For more details, please request materials or view the PDF data from the download.

  • Formwork material
  • Dismantling and moving

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Re-vibration construction method: "Differences between conventional methods and re-vibration methods."

Re-vibration construction method: "Differences between conventional methods and re-vibration methods."

Ideal for factories, warehouses, and roads! High-density 200-year concrete: 5 differences from conventional methods.

The re-vibration and high-density concrete method is a construction technique that removes voids and water channels that cause cracking, meticulously forms effective structures within the concrete, and aims to improve density. There are five differences between the conventional method and the re-vibration and high-density concrete method regarding "floor level," "footprints," "bubble removal," "vibration application," and "workforce." 【Five Differences from the Conventional Method】 ○ Smooth floor level achievable 　⇒ In the conventional method, the floor level is uneven due to "only vibration application" and "narrow compaction area." ○ No footprints left 　⇒ In the conventional method, footprints remain and become a cause of defects. ○ Significant removal of surface voids 　⇒ In the conventional method, the surface becomes bean-shaped, making bubble removal difficult. ○ Enables uniform leveling 　⇒ The vibration in the conventional method has a narrow compaction area, making uniform leveling difficult. ○ Reduction in workforce 　⇒ In the conventional method, the number of workers increases, leading to higher personnel costs. *For more details, please refer to the catalog or feel free to contact us.

  • Dam construction

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ND Rebar Method

ND Rebar Method

Suppressing temperature cracking in large-section mass concrete structures! A countermeasure technology with excellent economic efficiency and workability.

The "ND Rebar Method" is a temperature crack prevention technique for mass concrete that effectively utilizes reinforcing bars. It suppresses cracks that occur and grow within the cross-section using the reinforcing bars placed inside. This method is effective for temperature crack prevention in large cross-sectional structures with a thickness of approximately 1.2 meters or more. Please feel free to contact us when you need our services. 【Features】 ■ Suppression of temperature cracks ■ Increased durability for longer lifespan ■ Effective utilization of reinforcing bars *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method

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Ceramax Method <Rust Prevention Power>

Ceramax Method <Rust Prevention Power>

Used for preventive maintenance! Aluminum is layered to prevent water intrusion to the iron surface.

We would like to introduce the rust prevention mechanism of our "Ceramax Method." The rust prevention layer "Ceramax #1000AL" is formed with flake-shaped aluminum components layered to prevent water intrusion to the iron surface. This results in a strong rust prevention function. Additionally, Ceramax has been proven to be an excellent rust prevention coating through various substrate condition tests, including temperature cycling tests, salt spray tests, CASS tests, and composite cycle tests. [Ceramax Used in Preventive Maintenance] ■ Ceramax #1000AL ■ Ceramax #2000 *For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods

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