Construction method - メーカー・企業41社の製品一覧とランキング

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  1. 成瀬化学 Mie//Building materials, supplies and fixtures manufacturers
  2. 太洋基礎工業 Aichi//General contractors and subcontractors
  3. 水研 Shiga//Building materials, supplies and fixtures manufacturers
  4. 4 菱建基礎 本社 Tokyo//General contractors and subcontractors
  5. 5 三晃金属工業 Tokyo//General contractors and subcontractors
企業ランキングへ

Construction methodの製品ランキング

更新日： 集計期間:Sep 10, 2025～Oct 07, 2025
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  1. Waterproof layer renovation method for achieving the long lifespan of facilities! Narlite injection method. 成瀬化学
  2. Install the valve without stopping the water! 'EM Continuous Water Valve Method' 水研
  3. All casing is entrusted to Ryo Construction Foundation! "All Casing Method" 菱建基礎 本社
  4. 4 Reinforcement of existing beam after hole cutting: "Redouble Method" コンステック
  5. 5 Stretchable Joint Repair Method "Ex Relife Method"

Construction methodの製品一覧

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Rockfall prevention work "Rock Adhesive DK Bond Method" *Over 4000 construction achievements

Rockfall prevention work "Rock Adhesive DK Bond Method" *Over 4000 construction achievements

[47 Years of Durability Verification] Can be constructed without heavy machinery! A rockfall prevention structure that harmonizes with nature and preserves the landscape. No changes observed even after the Hanshin-Awaji Earthquake and the Great East Japan Earthquake.

The "Rock Adhesion DK Bond Method" is a technique that uses adhesive material (DK Bond Mortar) to bond unstable rock masses to solid bedrock, thereby achieving stability by integrating them. The method aims to prevent the fall of floating stones and rolling stones that are the source of rockfalls, and is applied directly to the source of rockfall. 【Features】 ■ Effective for large boulders and high-altitude rocks ■ Easy to combine with other methods ■ Effective for preserving natural landscapes *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method

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[Construction Achievements] H30 Hyogo Prefecture, Kanzaki District

[Construction Achievements] H30 Hyogo Prefecture, Kanzaki District

Demonstrating high rockfall prevention effectiveness! Introducing the achievements in Kanzaki County, Hyogo Prefecture.

We would like to introduce the construction results of the DK Bond Method. The implementation of this method closes crack openings and prevents loosening of the bedrock due to weathering, while also dispersing concentrated stress in the area. This results in excellent durability against repeated loads such as earthquakes and demonstrates a high rockfall prevention effect. 【Construction Results】 ■ Client: Hyogo Prefectural Nakaharima Bureau ■ General Contractor: Tateiwa Co., Ltd. ■ Project Name: Landslide Countermeasure Work in the Nagase Area (Part 2) ■ Prefecture: Hyogo ■ Construction Location: Kamikawa Town, Kanzaki County ■ Construction Start: April 2018 ■ Construction End: December 2018 *For more details, please refer to the PDF document or feel free to contact us.

  • Earthquake-resistant construction method

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Rockfall prevention construction method seismic performance results

Rockfall prevention construction method seismic performance results

No changes even at seismic intensity 7! We would like to introduce the seismic performance results of our rockfall prevention construction method.

We would like to introduce the "Seismic Performance Achievements" of Daini Kensetsu Co., Ltd. Our rockfall prevention method is designed to withstand massive earthquakes and has proven effective in various locations across Japan. It showed no deformation even during the Great Hanshin-Awaji Earthquake, which registered a magnitude of 7 in 1995, and has successfully withstood numerous earthquakes since then, including the 2000 Tottori Prefecture Western Earthquake and the 2007 Noto Peninsula Earthquake. If you have concerns regarding rockfall prevention methods, please feel free to consult us. 【Seismic Achievements】 ■ Great Hanshin-Awaji Earthquake (Magnitude 7) ■ Tottori Prefecture Western Earthquake (Magnitude 6+) ■ Geiyo Earthquake (Magnitude 6-) ■ Noto Peninsula Earthquake (Magnitude 6+) ■ Great East Japan Earthquake (Magnitude 6-) ■ Kumamoto Earthquake (Magnitude 7) *For more details, please refer to the PDF document or feel free to contact us.

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  • Earthquake-resistant construction method
  • Renovation and repair methods
  • Civil Engineering Method

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Examples of applications for rockfall prevention methods: very unstable large boulders.

Examples of applications for rockfall prevention methods: very unstable large boulders.

Ensure safety during construction with temporary bonding! This method does not introduce vibrations that could increase the risk of falling rocks.

We would like to introduce examples of applications for the rockfall prevention method by Daini Kensetsu Co., Ltd. Our rockfall prevention method is adaptable even to "very unstable large boulders." For example, this includes large boulders on ridges. During construction, we ensure safety by performing temporary adhesion without applying vibrations that pose a high risk of rockfall. Additionally, it is not affected by the size or shape of the target boulder. 【Features】 ■ A method that does not apply vibrations that pose a high risk of rockfall ■ Ensures safety during construction through temporary adhesion ■ Not affected by the size or shape of the target boulder *For more details, please refer to the PDF materials or feel free to contact us.

  • Civil Engineering Method
  • Earthquake-resistant construction method
  • Renovation and repair methods

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Rock bonding DK bond method *Presentation of construction performance list!

Rock bonding DK bond method *Presentation of construction performance list!

Over 3,900 construction achievements! Introducing our original rock bonding method that withstands massive earthquakes.

The "Rock Adhesive DK Bond Method" is a rockfall prevention technique that uses adhesive material (DK Bond Mortar) to bond unstable rock masses to solid bedrock, thereby achieving stability through integration. Since the development of this method, it has been implemented on a national scale for over 40 years, with more than 3,900 successful projects. It can be applied to steep slopes, high altitudes, and very unstable boulders, and it possesses seismic performance that can withstand massive earthquakes. We are currently offering a document summarizing our construction achievements. 【Features】 ■ Effective for boulders and high-altitude rocks ■ Easy to combine with other methods ■ Effective for preserving natural landscapes *For more details, please refer to the PDF document or feel free to contact us.

  • Earthquake-resistant construction method

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Natural stone concrete installation method "Deco Sheet Method"

Natural stone concrete installation method "Deco Sheet Method"

It is a construction method suitable for the boundary with the sidewalk and the balance with the stone pavement of the road.

The "Deco Sheet Method" involves setting a deco sheet (*) in a formwork, pouring concrete, and after curing, removing the sheet simultaneously with demolding, allowing decorative items to be embedded in the concrete surface. * The deco sheet is created by applying an adhesive on top of the sheet and embedding decorative items, and this sheet is collectively referred to as the deco sheet. The embedded items become part of the concrete, ensuring a very strong attachment, and there is no adhesion of mortar on the surface of the embedded items. 【Method Steps】 ■ No need for concrete retarders or water washing, and expensive blasting equipment is not required. ■ Attach the deco sheet to the formwork, pour the concrete, and after curing, simply remove the sheet at the time of demolding to complete the process. * For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods

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Partition Preceding Construction Method 'T-W/T-45H/T-DU'

Partition Preceding Construction Method 'T-W/T-45H/T-DU'

The UR Urban Regeneration Agency offers a lineup of suitable materials! We introduce our partitioning pre-construction method.

We would like to introduce Top Industry's partition pre-construction method 'T-W/T-45H/T-DU'. 'T-W/T-DU' features a 12mm flooring and a 20mm base panel, achieving a lightweight floor impact sound reduction performance of ΔLL(II)-3 and a heavy floor impact sound reduction performance of ΔLH(II)-2, corresponding to ΔL grades. Additionally, 'T-45H' is compliant with the Urban Renaissance Agency and has a 12mm flooring and a 25mm base panel. 【Product Lineup】 ■T-W ■T-45H ■T-DU *For more details, please refer to the PDF materials or feel free to contact us.

  • Other flooring materials
  • Floor and equipment composite system
  • Wood panel and frame wall construction

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Floor-first construction method

Floor-first construction method

No need for reinforcement legs directly under the partition! You can freely move or install new partition walls even after moving in.

This construction method is a top-type floor-first method that takes the environment into consideration, enhances work efficiency, and achieves high economic viability. It does not require reinforcement legs directly under the partitions, making it suitable for floor-first construction. Since there is no need for reinforcement directly under the partitions even after the subfloor work is completed, it allows for the free movement and new installation of partition walls even after occupancy. Additionally, our company offers a lineup including "T-50U," as well as "T-SU," "T-DU," and "T-UH." 【Features】 ■ Adopted in the Nagano Olympic Village (1998) ■ Suitable for floor-first construction ■ Easy to accommodate free plans ■ No reinforcement legs required directly under the partitions *For more details, please refer to the PDF document or feel free to contact us.

  • Other flooring materials
  • Floor and equipment composite system
  • Wood panel and frame wall construction

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Earthquake-resistant and high-quality slope stabilization method 'Power Net' that takes the environment into consideration.

Earthquake-resistant and high-quality slope stabilization method 'Power Net' that takes the environment into consideration.

A slope stabilization method utilizing high-strength nets with excellent durability and high corrosion resistance to prevent the destabilization of rolling stones and floating rocks, ensuring safety and a short construction period.

NETIS Registration Number AC-150011-P Construction Technology Examination Certification Number No. 1401 This method stabilizes the surface layer, including bedrock, using a highly durable high-strength net. It is the latest slope stabilization method that combines a high-strength net with a nail (deformed steel bar) boasting a wire strength of 1770 N/mm². By fully utilizing the mechanical properties of the high-strength net, slope stabilization can be achieved safely and within a short construction period. 【Applications】 - Measures against surface collapse of slopes - Measures against collapse of existing sprayed surfaces and retaining walls - Stabilization of unstable rock masses 【Features】 - The structure covers the unstable surface layer of the slope entirely with a high-strength net and secures it with nails. - The high-strength net has both strength and flexibility, available in two types: TECCO net with a wire structure and SPIDER S3 net. - The two types of high-strength nets can be selected according to the geological conditions and unevenness of the slope surface, allowing for adaptability to various slopes. - By applying tightening force, the spacing between reinforcement materials can be widened, leading to cost reduction.

  • Other civil engineering works
  • Civil Engineering Method
  • Earthquake-resistant construction method

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Water leakage and water stopping measures for joints and cracks in concrete structures.

Water leakage and water stopping measures for joints and cracks in concrete structures.

A water stop method to block the leakage path and a water diversion method to collect and direct the leakage to drainage facilities such as road surfaces, addressing leakage from concrete structures.

"Emergency Measures for Underground Structures (Water Leakage and Delamination)" is a method for addressing water leakage from joints and cracks in concrete structures, which can be broadly categorized into water stopping methods and water guiding methods. We quickly propose appropriate responses based on the condition of the structure assessed during site investigations. We also specialize in short nighttime work within operational lines, such as subways. We respond swiftly to water leakage and delamination within underground structures. Please feel free to contact us when needed. 【Water Stopping Method Features】 ■ A method that involves drilling to block the water leakage path at the leaking joint or crack, followed by injecting water stopping material under high pressure to seal the water path. ■ Can be applied to fine cracks. ■ Uses an electric pump that is compact and easy to transport. ■ Applicable in narrow spaces. 【Applications】 ■ Water leakage from concrete structures.

  • Waterproofing work
  • others

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The pipe rehabilitation method 'SPR Method' for extending the lifespan of aging sewer pipes.

The pipe rehabilitation method 'SPR Method' for extending the lifespan of aging sewer pipes.

Rehabilitation of all types of pipes, such as circular, rectangular, and horseshoe-shaped, as a strong composite pipe integrated with existing pipes and rehabilitation pipe backfill material, while maintaining non-excavation and water flow!

The existing pipe is fitted with rigid PVC material in a spiral manner while manufacturing the rehabilitation pipe, and a special backfill material is filled in the gap between the existing pipe and the rehabilitation pipe. This revitalizes the old pipeline into a strong composite pipe that integrates the existing pipe and the backfill material of the rehabilitation pipe. 【Features】 ● The self-propelled pipe manufacturing method allows for the rehabilitation of various pipe shapes, including circular, rectangular, and horseshoe shapes. ● Construction can be carried out while allowing water flow, eliminating the need for temporary drainage within the main pipe. ● Non-excavation means there is minimal impact on traffic and social life. ● There are no restrictions on the pipe manufacturing distance, enabling long-distance pipe production. ● It can accommodate curved construction and can be installed with a slope. ● The flow capacity is equal to or greater than the design flow rate before rehabilitation. ● The rehabilitation pipe is excellent in durability, wear resistance, and chemical resistance. ● Seismic retrofitting of pipeline facilities is possible. ● Work can be suspended even during pipe manufacturing in the event of sudden heavy rainfall. 【Applications】 ● Reconstruction and extension of the lifespan of aging or damaged sewer pipes (Ø250 to 5000) ● Strength restoration ● Improvement of water tightness against inflow, flowability, corrosion resistance, prevention of tree root intrusion, and seismic resistance enhancement ● Setting of pipe slope (rehabilitation pipe Ø800mm and above)

  • Sewerage facilities

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Seamless main pipe and attachment pipe integrated hardening

Seamless main pipe and attachment pipe integrated hardening

By rehabilitating the existing main pipe, connection pipe, and connection pipe joints with light curing, it is possible to achieve a uniform and seamless strong integration rehabilitation of the main pipe and connection pipe.

The seamless system construction method allows for the rehabilitation of existing main pipes, service pipes, and service pipe joints, enabling a strong integration rehabilitation of the main and service pipes. Additionally, the rehabilitated pipes use light-curing resin that hardens reliably when exposed to light (ultraviolet), providing performance equivalent to new pipes. It can accommodate main pipes with diameters ranging from Ø200 to 800 mm (self-supporting pipes from Ø200 to 600 mm). There are two types available: standard and fast-curing. **Features** - Uniform and reliable curing of rehabilitated pipes made possible by light. - The evolved seamless system leads the way in pipe rehabilitation. - Protecting the sewer system that has supported comfortable living for many years. - Aging pipes that have exceeded their useful life are increasing, particularly in urban areas. - Aging sewer pipes can cause leaks and unknown inflow of water in various locations, potentially leading to road collapses. The door to the era of pipe rehabilitation has already been opened. - Rehabilitation of sewer pipes is carried out reliably and swiftly. - By exposing to light (ultraviolet), a uniform, reliable, and seamless rehabilitated pipeline is achieved. **Applications** - Reconstruction and prolongation of the lifespan of aging or damaged sewer pipes.

  • Sewerage facilities

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PML Method: A manhole rehabilitation technology with low environmental impact and minimal work noise.

PML Method: A manhole rehabilitation technology with low environmental impact and minimal work noise.

We will repair the sewage facilities using an anti-corrosive membrane made of factory-produced acid-resistant polyethylene material. Since it is a technology for installing secondary products, adjusting the construction schedule is easy.

An environmentally friendly polyethylene liner serves as a corrosion-resistant membrane. This technology produces less noise during work since it does not require large equipment. Additionally, it does not use harmful organic solvents, providing a healthy environment for workers. 【Applications】 ● Reconstruction and extension of the lifespan of aging or damaged manholes 【Features】 ● The factory-produced liner is processed into a complete single piece, ensuring very stable quality. ● Being a finished product, it can be safely stored until actual construction takes place. ● It can be postponed in case of adverse weather or if construction must be delayed. ● It has extremely high acid resistance against acids specific to wastewater environments generated by aerobic bacteria. ● Work can be carried out even during wastewater use by using special packers.

  • Sewerage facilities

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Seismic retrofitting of large-diameter drainage pipe outlet using the "Magma Rock Method NGJ"

Seismic retrofitting of large-diameter drainage pipe outlet using the "Magma Rock Method NGJ"

Non-excavation sewer pipelines (large diameter, φ800 to φ3000) seismic resistance technology. Cylindrical stainless steel and rubber sleeves designed to withstand Level 2 seismic motion.

The Magma Lock method, developed for the seismic reinforcement of pipe joint sections, demonstrates water-tight performance capable of withstanding disconnection due to level 2 seismic motion. This method involves pre-cutting grooves (joints) at the connection between the main pipe and the manhole, installing the Magma Lock, and concentrating seismic stress at this point to induce cracking in the joint. The shock absorption effect helps prevent damage to the connection. In areas where cracks occur along the joint, the pre-installed Magma Lock prevents the inflow of groundwater and soil into the pipe. Additionally, this seismic reinforcement method can be reliably installed even when the existing pipe is in a flowing state, as long as the water depth is 25% or less of the pipe diameter (maximum water level of 40 cm), targeting the connection between the manhole and the pipe. 【Applications】 ● Seismic reinforcement of the connection between manholes and pipes (circular pipes).

  • Sewerage facilities

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"Fine Method" for inserting rehabilitation pipes into small-diameter sewer pipelines.

"Fine Method" for inserting rehabilitation pipes into small-diameter sewer pipelines.

Install compressible polyester non-woven fabric as a backing material, and rehabilitate by pushing a rigid polyvinyl chloride pipe with a self-supporting screw joint into place using a hydraulic jack.

This is a rehabilitation method classified as a small-diameter casing pipe method, where a compressible tubular elastic material primarily made of polyester non-woven fabric is pulled into the existing pipe and expanded using air pressure. A rigid polyvinyl chloride pipe with self-supporting performance and screw joints, manufactured in a factory, is then pushed in using a hydraulic jack for rehabilitation. The small-diameter casing pipe method faces challenges in securing a gap with the existing pipe due to the need to maintain the flow cross-section within the sewer pipe. This technology ensures more stable quality by using FM materials, which are factory-made secondary products, instead of conventional filling materials, and eliminates the curing period required during the filling material installation, thus achieving reduced construction time and improved workability. [Applications] ● Reconstruction and extension of the lifespan of aging or damaged sewer pipes (Ø250 to 450) ● Strength restoration ● Improvement of water tightness against infiltration, enhancement of flow characteristics, corrosion resistance, prevention of tree root intrusion, and increased seismic resistance.

  • Sewerage facilities

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