Construction method Product List and Ranking from 1590 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 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:Mar 11, 2026～Apr 07, 2026
This ranking is based on the number of page views on our site.

  1. TRAWE main office Saitama//Other construction industries
  2. Taiyo Kisokogyo Co.,Ltd. Aichi//General contractors and subcontractors
  3. null/null
  4. 4 シーカ・ジャパン Tokyo//Building materials, supplies and fixtures manufacturers
  5. 5 エルニード協会 Kagawa//Other construction industries
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Construction method Product ranking

Last Updated： Aggregation Period:Mar 11, 2026～Apr 07, 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 Lining Method for Sewer Facilities "Plascoat E/L" 中外商工

Construction method Product List

1021～1050 item / All 4281 items

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Waterproofing method "Ever Pro Long Method"

Waterproofing method "Ever Pro Long Method"

Introducing the next-generation waterproofing method, "Ever Pro Long Method."

As a result of extending the lifespan of concrete structures, it exhibits water-stopping and waterproofing effects. - Completely stops leaks - Odorless and non-toxic - Cost reduction The Ever Prolong method is a new maintenance preservation method using concrete modification materials. For more details, please contact us or download the PDF materials to view.

  • Special Construction Method
  • Coating film waterproofing material/permeable waterproofing material
  • Coating film waterproofing material/permeable waterproofing material
  • Construction method

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Surface Mixing Treatment Method "Esmic Method"

Surface Mixing Treatment Method "Esmic Method"

To a strong improved body with high mixability! An advanced shallow ground improvement method that utilizes the land.

The "Esmic Method" is a construction technique that uses various types of cement, lime, and cement-based solidifying agents to add and mix powder or slurry into soft soil, thereby solidifying and improving the shallow ground. It creates a strong and uniform improved body, ensuring the stability of structures and the ground. Depending on the method of adding the improving agents, it can be broadly classified into the "Esmic Base Method," which primarily uses powder, and the "Esmic Slurry Method" and "Esmic Mud Method," which primarily use slurry. 【Features】 - Wide applicability from improving soft ground to sludge treatment - Simple construction from material spreading to mixing, leveling, and compaction (powder mixing method) - High affinity with soil, preventing dust generation in the surrounding environment (slurry utilization method) - Unlike deep ground improvement, large pile driving machines are not required - Excellent workability and economically advantageous For more details, please refer to the catalog or feel free to contact us.

  • others
  • Construction method

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Adgrapin Net Method

Adgrapin Net Method

Improved weather resistance and waterproofing! Achieve comprehensive fall prevention for tiles while simultaneously creating a high-end stone paving appearance!

The "Adgrapin Net Method" is an eco-friendly construction method that is strong against earthquakes and takes into consideration the environment, recycling, and resource conservation. It generates no noise, odor, or waste, and requires no relocation of frames or piping. Fall prevention measures are thorough, and it comes with a reassuring 10-year warranty for both the base and finish. Using the pin net method, we ensure comprehensive fall prevention of tiles, shape the base, and create a protective layer, finishing it beautifully with high-quality stone-like surfaces using Adgra. 【Features】 ■ Comprehensive fall prevention with a reassuring 10-year warranty for both the base and finish (up to 20 years) ■ Beautiful high-quality stone-like finish helps attract tenants and increase rental prices ■ Prevents cracking and improves weather resistance and waterproofing ■ Generates no noise, odor, or waste, and requires no relocation of frames or piping ■ Curved surfaces and columns are finished beautifully and smoothly *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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Permeable Resin Mortar System Method "PRMS Method"

Permeable Resin Mortar System Method "PRMS Method"

Improving the durability of porous asphalt pavement and preventing slip accidents! It suppresses void clogging.

The "PRMS method" is a technique that involves filling the voids on the surface of porous asphalt pavement with a permeable resin mortar made by mixing a durable epoxy resin with specially sized fine aggregates. By filling the depressions of the porous asphalt pavement with the permeable resin mortar in a wedge shape, it effectively suppresses the movement of the surface aggregates. Additionally, the surface after filling becomes smooth, resulting in reduced noise compared to unfilled porous asphalt pavement and improved slip resistance. 【Features】 ■ Strengthening of the pavement (suppression of aggregate scattering) ■ Improved slip resistance ■ Suppression of void clogging ■ Enhanced noise reduction functionality *For more details, please refer to the PDF document or feel free to contact us.

  • Pavement construction
  • Construction method

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Concrete slab repair and reinforcement method "Flat Bar Stitch Method"

Concrete slab repair and reinforcement method "Flat Bar Stitch Method"

Using flat bars! Load recovery method for cracked concrete slabs.

The "Flat Bar Stitching Method" involves cutting a 10mm wide and 100mm deep groove at a right angle on both sides of the cracked and joint areas of the concrete slab, pouring high-strength quick-setting resin mortar into the groove, and inserting a flat bar. In the cracked area, this method connects the concrete slabs, and in the joint area, it restores load transfer, thereby extending the lifespan of the concrete slabs. 【Features】 ■ Can delay the occurrence of new cracks ■ Expected to extend the lifespan of the concrete slabs ■ Allows for traffic to be opened during construction ■ The embedding width of the flat bar is narrow at 10mm, making repair areas less noticeable ■ Enables early traffic reopening *For more details, please refer to the PDF document or feel free to contact us.

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

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Underground water storage method

Underground water storage method

Shortening the construction period for water control and water utilization facilities! Underground storage (infiltration) method using plastic water retention materials.

The "Underground Water Storage Method" is a technique that uses plastic water-retaining materials and sheets to construct a water storage space underground. It allows for the efficient construction of rainwater storage tanks beneath parks, school grounds, parking lots, etc., and can flexibly respond to rainwater runoff suppression as a measure against urban flooding, such as the recent frequent occurrences of torrential downpours. The materials are made of recycled polypropylene, which has a low environmental impact and does not adversely affect water quality. 【Features】 - Assembles plastic water-retaining materials (layering and stacking) to create a water storage space. - Has a higher void ratio compared to single particle crushed stone, resulting in superior storage efficiency per unit volume. - Due to the high void ratio, less excavation soil is required, allowing for a compact facility. - As a factory-produced product, it has reliability in strength, durability, and seismic resistance. *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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Painted plywood

Painted plywood

A board with a surface coated with paint, made by gluing together thin veneers into a single sheet.

A board with a surface that has been sprayed with paint, made by gluing together thin veneers into a single piece.

  • wood
  • Construction method

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Construction method "PCALS"

Construction method "PCALS"

It is a construction method that allows for safe transportation and piping installation in a short period of time.

"PCALS" is a revolutionary pipe-in-pipe method that allows for the safe and rapid installation of new piping within existing pipes with elevation changes, using battery-powered locomotives and pipe transport connection trolleys. Our company has developed this technology and obtained a patent for it. It can run continuously through flat sections, overpasses, and curves. By adopting the Abt system, it can operate on slopes of up to 32 degrees. Additionally, the short construction cycle time significantly reduces the overall construction period. 【Features】 ■ No need to change setups during transportation in curved and sloped sections ■ Capable of running on a 32-degree longitudinal slope ■ Quick joining with the piping centering function *For more details, please contact us or download the catalog.

  • Wiring devices
  • Construction method

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System Water Stop Material "Metal Beat Top (Water Cut)" Product Catalog

System Water Stop Material "Metal Beat Top (Water Cut)" Product Catalog

A metal beat top water drainage series that pursues water resistance, workability, and safety to the utmost limit!

This catalog features the system waterproofing components "Metal Beat Top Water Stop Series," which pursue water resistance, workability, and safety to the utmost limit. Included in the lineup are the "MI-45 and 70 types" of water stop materials for rooftop upstands, utilizing a one-touch fitting method, as well as the "MI-125 to 225 types" with a non-seal mechanism. This series boasts excellent corrosion resistance due to the use of anodized coating composite film (9μm anodizing + 7μm clear coat) and stainless steel screws. [Contents] ■ MI-45 and 70 TYPE ■ MI-125 to 225 TYPE ■ MI-K45 TYPE ■ MI-S100 and 125 TYPE *For more details, please refer to the PDF document or feel free to contact us.

  • Temporary Construction Materials
  • Construction method

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Multi-drain vacuum dewatering method

Multi-drain vacuum dewatering method

Multi-drain vacuum dewatering method for sorting turbid water and high moisture soil!

The "Multi-Drain Vacuum Dewatering Method" utilizes the dewatering effects of vacuum consolidation and air-drying, employing a simple device with multiple drains, a vacuum pump, and an air compressor to dewater high moisture content soil in a short time. Depending on the moisture content of the target sludge or slurry, two operational modes can be selected: sludge treatment mode and turbid water treatment mode. The device features a simple configuration of specially designed dewatering sheets, a frame, a sludge tank, a vacuum pump, and a compressor, all of which can be transported by a 4-ton truck. 【Features】 ■ Patent No. 4538829 & Patent No. 4761043 ■ Utilizes dewatering effects from vacuum consolidation and air-drying ■ Dewaters high moisture content soil in a short time ■ Two operational modes available: sludge treatment mode and turbid water treatment mode *For more details, please refer to the PDF document or feel free to contact us.

  • Civil Engineering Method
  • Ground foundation construction method
  • Water Treatment
  • Construction method

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Construction method "Total Transfer Method"

Construction method "Total Transfer Method"

Even with a long distance of movement, total transfer is achieved at a value equivalent to separation transfer!

The "Total Transfer Method" is one of the methods for relocating the slab foundation structure in house moving work, where the entire foundation is moved along with the base. It utilizes a frame that allows for movement without detaching the foundation, resulting in very little load on the building. Since the original structure is maintained during the move, there is no risk of distortion or danger from axis loosening. Additionally, by reviewing the labor and arrangements for total transfer from various angles, we have streamlined the process and improved tools and equipment, enabling us to achieve total transfer at a cost equivalent to that of separation transfer, even for long distances. 【Features】 ■ Entire foundation is moved along with the base ■ Minimal load on the building *For more details, please refer to the catalog or feel free to contact us.

  • Wiring devices
  • Construction method

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[Metal Road Construction Method Case Study] Nara Prefecture Road Improvement Project

[Metal Road Construction Method Case Study] Nara Prefecture Road Improvement Project

Ensuring safe and smooth passage! Case study of road improvement work on National Route 425, Jūzato to Sakon Nishikawa section (II-2 section).

National Route 425 in Nara Prefecture is a road that facilitates regional exchange, connecting the city of Gobō in Wakayama Prefecture and the village of Totsukawa in Yoshino District, Nara Prefecture. However, there are continuous sections with narrow widths and poor alignment, making it difficult for vehicles to pass each other in many areas. Therefore, construction was carried out with the aim of eliminating narrow width sections, ensuring safe and smooth passage, and contributing to tourism promotion. The site is located within the area of the World Heritage Kumano Kodo, and due to the need for consideration of the landscape and the preservation of water channels, the metal road construction method was adopted. 【Case Overview】 ■ Client: Nara Prefecture, Gojō Civil Engineering Office ■ Construction Period: January 5, 2022 – June 30, 2022 ■ Total Length: 19.0m ■ Width: 6.95m *For more details, please refer to the PDF document or feel free to contact us.

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  • Special Construction Method
  • Construction method

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[Metal Road Construction Method Case Study] Yamanashi Prefecture Road Improvement Project

[Metal Road Construction Method Case Study] Yamanashi Prefecture Road Improvement Project

Design and construction that avoids interference with existing structures is possible! Here is a case study on the main local road Fujikawa-Minobu Line.

Here is an example from the emergency road maintenance and reconstruction project ordered by Yamanashi Prefecture. The Fujikawa Minobu Line (Prefectural Road No. 10) is an important route designated as a second emergency transport road. The site had a thick alluvial fan layer, and existing structures (stone walls and drainage) were in close proximity, creating a challenging environment. As a result, the design and construction that could avoid interference with existing structures while ensuring traffic on the existing road was evaluated positively, leading to the adoption of the metal road construction method. 【Case Overview】 ■ Client: Yamanashi Prefecture, Kōnan Construction Office (Minobu Branch) ■ Construction Period: March 24, 2021 – August 31, 2022 ■ Total Length: 42.5m ■ Width: 7.0m (8.2m) *For more details, please refer to the PDF document or feel free to contact us.

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  • Special Construction Method
  • Construction method

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[Construction Example] Metal Road Method

[Construction Example] Metal Road Method

Images included! Introducing examples from dam construction work and road improvement projects.

This document introduces various examples of the "Metal Road Construction Method." It includes the construction work for the main body of the Komagome Dam in Aomori Prefecture, as well as the road improvement work for the Koiwai Motokoiwai Line in Saitama Prefecture. Images are also included, so please download and view them from the related catalog below. [Contents] ■ Aomori Prefecture: Komagome Dam Main Body Construction Work ■ Saitama Prefecture: Koiwai Motokoiwai Line Road Improvement Work ■ Yamanashi Prefecture: General Prefectural Road Takashita Kashizawa Line Road Improvement Work ■ Shizuoka Prefecture: (National) Route 136 Disaster Prevention and Safety Grant (National Road Reconstruction) Work ■ Wakayama Prefecture: National Route 480 Koyasan ■ Kumamoto Prefecture: National Route 445 (Kuzurese Work Section) Vitality Infrastructure Grant (Road Improvement) Work *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method
  • Construction method

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[Case Study] Biomass Silo and Slipform Method

[Case Study] Biomass Silo and Slipform Method

The scaffolding and formwork assembly process can be omitted! Here is an example of constructing four silos.

We would like to introduce a case study of our company's "Biomass Silo Slip Form Method." This method integrates the formwork and working floor, allowing them to be raised by jacks, which eliminates the need for scaffolding and the formwork assembly process, enabling continuous concrete pouring. For the construction of four silos, we planned to manufacture the slip form device (SF device) so that it can be divided, thereby shortening the replacement process. (Steel formwork and connection bolts will be newly used for each replacement of the SF device.) 【Case Overview】 ■ Location: Construction of four silos ■ Details - Planned to manufacture the slip form device (SF device) to allow for division and shorten the replacement process. *For more details, please refer to the PDF document or feel free to contact us.

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  • Concrete construction
  • Construction method

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[Case Study] Nice Pole/Slip Form Method

[Case Study] Nice Pole/Slip Form Method

Introducing examples from a hardball baseball field in Kanagawa Prefecture and a chimney at a power plant in Yamaguchi Prefecture!

We would like to introduce examples of the adoption of our "Nice Pole/Slip Form Method." In the renovation project (demolition and new construction) of an existing baseball stadium by Kawasaki City, a protective net pole was installed above the stands, reaching a height of approximately 30 meters above ground. This project is a two-phase construction, which includes the manufacturing and installation of the poles and the stretching of the nets. Additionally, in the construction of an RC chimney at a coal-fired power plant, we adopted the "Slip Form Method," which is a safe and labor-saving method that allows for continuous construction of concrete walls. The chimney has a height of 165 meters, and the structure was constructed at a pouring height of approximately 2 meters per day. 【Case Overview】 <Nice Pole> ■Location: Kanagawa Prefecture, Todoroki Hardball Baseball Stadium ■Details: Protective net pole installed above the stands, with a height of approximately 30 meters above ground. <Slip Form Method> ■Location: Yamaguchi Prefecture, T Power Plant Chimney ■Details: The chimney height is 165 meters, constructed at a pouring height of approximately 2 meters per day. *For more details, please refer to the PDF document or feel free to contact us.

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  • Net fence
  • Concrete construction
  • others
  • Construction method

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Landslide Prevention Greening Method "Long Strong Net Method" to be released in January 2025.

Landslide Prevention Greening Method "Long Strong Net Method" to be released in January 2025.

Protects the surface layer of the slope to a depth of about 1 meter. Achieves high greening quality and erosion prevention effects using wire, mesh, anchors, and vegetation mats. 【*Presentation of advantages of the construction method available】

The "Ronstrong Net Method" by Rontai is a slope protection technique that enables "collapse prevention up to a depth of 1 meter" by combining vegetation mats with anchor materials and wire ropes. By connecting vegetation mats that cover the entire slope with wire mesh and wire ropes to anchor materials, it effectively prevents surface erosion through greening while also contributing to the prevention of surface collapse. 【Features】 - Protects a depth greater than the roots of plants (approximately 1 meter of surface), suppressing intermediate slope collapses and wedge-type collapses at the slope shoulder. - Can be constructed without large machinery such as spraying machines or belt conveyors. - Enables early stable greening with vegetation mats that include straw. Since manual construction is possible, it allows for reduced construction time and costs in small areas or locations where machinery access is difficult. Please utilize it for disaster prevention, disaster recovery, mountain conservation, and national resilience. *We are currently offering free materials introducing the product catalog and the benefits of the method! You can view them via PDF download. Feel free to consult us for detailed specifications.

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  • Special Construction Method
  • Construction method

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Construction method "NS Spike Method"

Construction method "NS Spike Method"

The NS Spike Method: Optimal for Next-Generation Land Utilization!

The "NS Spike Method" is a next-generation construction technique that is optimal for foundation work in environmentally friendly energy sources such as solar and wind power, as well as civil engineering and construction projects. It can be used for ground reinforcement in buildings such as houses and billboards, as well as for road signs and streetlights, allowing for improved cost efficiency, shortened construction periods, and reduced noise and vibration during construction. Especially in soft ground, the characteristics of the NS Spike increase the vertical load-bearing capacity, enabling significant cost reductions. 【Features】 ■ Cost reduction ■ Shortened construction period ■ Environmentally friendly with no need for concrete ■ No need for disposal of excess soil ■ Reusable *For more details, please refer to the catalog or feel free to contact us.

  • Kitchen appliances
  • Construction method

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Repair and reinforcement method: "Carbon Fiber Sheet Repair and Fall Prevention Work"

Repair and reinforcement method: "Carbon Fiber Sheet Repair and Fall Prevention Work"

Introduction to Towa Industries' Repair and Reinforcement Methods: Carbon Fiber Sheet Repair and Fall Prevention Work.

We would like to introduce the repair and reinforcement method "Carbon Fiber Sheet Repair and Fall Prevention Work" by Towa Sangyo Co., Ltd., which conducts waterproofing and repair work for concrete structures. 【Carbon Fiber Sheet Repair and Fall Prevention Work】 ■ Substrate Treatment Work 　↓ ■ Unevenness Adjustment Work 　↓ ■ Primer Application Work 　↓ ■ Resin Application Work* 　↓ ■ First Layer Attachment Work* 　↓ ■ Impregnation Material Application Work* (Repeat for 2 layers or more) 　↓ ■ Surface Painting Work 　↓ ■ Completion *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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Sash Replacement Method "Liberty Method"

Sash Replacement Method "Liberty Method"

It is a method for window replacement that allows for at-home construction (same-day completion) and offers flexible options.

The "Liberty Method" is a sash replacement technique that offers many advantages, such as expanding indoor space, barrier-free design, and short construction periods. It can accommodate any type of sash. Additionally, it provides the benefit of widening the indoor side, allowing for effective use of an area ranging from 60mm to 100mm by 1800mm, and if desired, a bay window type is also possible. 【Features】 ■ Free renovation for any age of sash ■ Free renovation regardless of the sash manufacturer at the time of new construction ■ Free renovation for any type of existing sash ■ Accepts structural distortions of the building's unique framework ■ Minimal step differences in the sliding door area, barrier-free, etc. *Main service areas: Tokyo, Kanagawa, Chiba, Saitama. Technical support regarding the method is also available, so feel free to consult us even if you are in other regions. *For more details, please download the PDF or feel free to contact us.

  • Renovation and repair methods
  • Construction method

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Rooftop Waterproof Air Control

Rooftop Waterproof Air Control

A waterproofing method that removes moisture and heat from the waterproof layer on the roof, contributing to the longevity of the building and energy conservation!

"Rooftop Waterproof Air Control" is a rooftop waterproofing method that achieves overwhelming ventilation while being compatible with various existing waterproofing methods. To overcome the shortcomings of traditional methods that focus solely on "waterproofing ability," we conceptualized the entire waterproof layer as a system and realized "breathable waterproofing" that efficiently expels moisture accumulated within the waterproof layer. With a maximum ventilation capacity of 300m² per degassing unit, it forcibly exhausts high-temperature, high-humidity air and condensation water. 【Features】 ■ Uses core cone ventilation material in the ventilation layer ■ Autonomous forced supply of fresh air ■ Improves the overall health of the building, including the waterproof layer ■ Achieves longer lifespan, enhanced comfort, and energy savings For more details, please refer to the catalog or feel free to contact us.

  • Waterproofing work
  • Construction method

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SC Drainage Method (for BRT Tunnel)

SC Drainage Method (for BRT Tunnel)

The packing material is elastic, allowing for fine height adjustments with anchor bolts!

The "SC Drain Method" is a falling prevention construction method that has a freeze prevention function. The construction process consists of three steps: anchor installation → resin injection → anchor installation. It is lightweight and has an appropriate level of flexibility, making it easy to install on tunnel lining surfaces. Additionally, a hollow board made of polypropylene is used as the base material. It has freeze prevention effects and can also be utilized for ice column measures within tunnels. 【Features】 ■ Lightweight with appropriate flexibility ■ Can be cut and processed on-site ■ Allows for fine height adjustments ■ Has freeze prevention effects ■ Alkali resistance *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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Seismic reinforcement method for manholes

Seismic reinforcement method for manholes

Can be used in conjunction with anti-corrosion methods! Understand structural dimensions, deterioration conditions, and soil conditions through current surveys and existing document investigations.

The "Manhole Seismic Reinforcement Method" is a technique that addresses the seismic reinforcement of unreinforced manholes (primarily circular) using a seismic reinforcement system (seismic calculations) and carbon fiber (seismic reinforcement). It achieves significant cost reductions and can also be used in conjunction with anti-corrosion methods (coating type). This method complies with the "Guidelines and Explanations for Seismic Measures for Sewer Facilities 2014 Edition (Japan Sewer Association)." 【Features】 ■ Significant cost reduction ■ Adoption of a seismic reinforcement system (seismic calculations) and carbon fiber (seismic reinforcement) ■ Applicable to seismic reinforcement of unreinforced manholes (primarily circular) *For more details, please refer to the PDF materials or feel free to contact us.

  • Earthquake-resistant construction method
  • Renovation and repair methods
  • Construction method

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Reinforced waterproofing method

Reinforced waterproofing method

Construction is possible in high humidity environments! By utilizing carbon fibers, performance is further enhanced.

The "Reinforced Water Stopping Method" involves V-cutting along cracks and joints in areas where water infiltrates, applying a water-resistant surface using quick-setting cement mixed with special water-based epoxy resin, and then coating it with crystal lining material and layering glass cloth to finish, creating a strong adhesive lining layer. This method can be implemented in high-humidity environments and possesses strong adhesive properties, allowing it to maintain water stopping effectiveness over the long term compared to conventional methods. 【Features】 ■ Can be constructed in high-humidity environments ■ Strong adhesive strength ■ Capable of maintaining water stopping effectiveness over the long term ■ Certification for water pressure resistance and water stopping properties ■ Obtained "Construction Technology Review Certification" *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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Reinforcement method

Reinforcement method

Has a proven track record of earthquake resistance and contributes to disaster reduction! Simultaneous corrosion protection and structural reinforcement are possible.

The "Reinforcement Method" involves applying a crystal lining material, then attaching carbon fiber or glass cloth (reinforcement fiber sheet), and finishing by applying the crystal lining material again on top. By combining with carbon fiber or glass cloth, it enables corrosion protection while simultaneously providing structural reinforcement (such as crack confinement effects for unreinforced structures, structural reinforcement for rusted rebar areas, and seismic reinforcement). The "Manhole Joint Displacement Prevention Reinforcement" performed in combination with carbon fiber has a proven track record of earthquake resistance, contributing to disaster reduction while achieving cost savings. 【Features】 ■ Corrosion protection ■ Crack confinement effects for unreinforced structures ■ Structural reinforcement for rusted rebar areas ■ Seismic reinforcement ■ Resistance to lateral shaking due to the use of bidirectional carbon fiber *For more details, please refer to the PDF document or feel free to contact us.

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Pin Foundation Method: Example of construction in areas inaccessible to heavy machinery.

Pin Foundation Method: Example of construction in areas inaccessible to heavy machinery.

Simple foundation construction method for NETIS registration! Introducing examples of construction in areas where heavy machinery cannot enter.

Here is an example of the pin foundation method being implemented in a location inaccessible to heavy machinery. The materials used in this method are only anchor blocks and multiple pins. Both are lightweight, allowing for transportation to be done entirely by human power. Additionally, construction can be easily carried out using handheld electric tools, making it simple to install the foundation. 【Example】 ■ Sail Column Forest Botanical Garden (Fukuoka Prefecture) ■ Structure: 3.0m x 4.0m ■ Materials Used ・ Railing: Ipe wood ・ Floorboard: Ipe wood ・ Structural Material: FRP ■ Foundation Type: DP-S 【Other Examples】 ■ Nakagawa Town Andoku, Seta no Mizo (Fukuoka Prefecture) ■ Structure: Effective Width 2.0m Post Pitch 2.5m 【Materials Used】 　　Railing … Cedar wood 　　Floorboard … Cedar wood 　　Structural Material … Aluminum alloy 【Foundation Type】 　　DP-M For more details, please refer to the catalog or feel free to contact us.

  • Civil Engineering Method
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【Pin Foundation Construction Example】A place with important historical sites and valuable trees.

【Pin Foundation Construction Example】A place with important historical sites and valuable trees.

Simple foundation construction method for NETIS registration! Introducing examples of construction in locations with important historical sites and valuable trees.

Here are examples of the pin foundation method used in locations with important historical sites and significant trees. This method involves driving small-diameter pins through a stabilization block, eliminating the need for excavation of the ground surface. It is an effective foundation method when you want to protect important historical sites as much as possible or when you want to avoid damaging the roots of significant trees. 【Example 1】 ■ Nationally Designated Historic Site: Ikebene Temple Ruins (Kumamoto Prefecture) ■ Structure: Effective width 1.5m, column pitch 2.5–3.8m ■ Materials Used: ・Handrail: Ipe wood, recycled wood, aluminum alloy ・Flooring: Ipe wood ・Structural materials: FRP ■ Foundation Type: DP-75, SP 【Example 2】 ■ Historical Park: Maru Chijo ■ Structure: Effective width 1.5m, column pitch 2.0m ■ Materials Used: 　Handrail, flooring, structural materials: Cedar wood ■ Foundation Type: DP-M 【Example 3】 ■ Amagafubaru Rural Park ■ Structure: Effective width 1.8m, column pitch 2.5m ■ Materials Used: 　Handrail: Ipe wood, Chatoba wood 　Flooring: Ipe wood 　Structural materials: Aluminum alloy, Angelim wood, Ipe wood ■ Foundation Type: DP-M For more details, please refer to the catalog or feel free to contact us.

  • Civil Engineering Method
  • Ground foundation construction method
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  • Construction method

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【Pin Foundation Construction Example】A place where valuable flora and fauna inhabit.

【Pin Foundation Construction Example】A place where valuable flora and fauna inhabit.

Simple basic construction method for NETIS registration! Introducing examples of construction in areas where valuable flora and fauna inhabit.

We will introduce an example of the Pin Foundation Method in a location where valuable flora and fauna reside. Conventional foundation methods, which involve excavating the ground and pouring large concrete blocks, cause significant environmental changes to the flora and fauna living in the area. In our method, only small-diameter steel pins are driven in through fixed blocks, so there is no alteration to the ecosystem of the valuable flora and fauna. [Case Study] ■ Okikubugawa Promenade (Okinawa Prefecture) ■ Structure: Effective width 1.2m, column pitch 2.5m ■ Materials used: - Handrails/Floorboards/Structural materials: FRP ■ Foundation type: DP-100/DP-L/SP For more details, please refer to the catalog or feel free to contact us.

  • Civil Engineering Method
  • Ground foundation construction method
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  • Construction method

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