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  1. フルサト工業 建材開発部 Osaka//Building materials, supplies and fixtures
  2. メインマーク 【全国対応】／東京・大阪・札幌・仙台・新潟・金沢・名古屋・福岡 Tokyo//Building materials, supplies and fixtures
  3. null/null
  4. 4 富士ファーマナイト Kanagawa//Electricity, Gas and Water Industry
  5. 4 アップコン 沈下修正の専門家【全国対応】【本社】神奈川県川崎市【事務所】札幌・仙台・名古屋・大阪・福岡 Kanagawa//others
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Construction methodの製品ランキング

更新日： 集計期間:Oct 29, 2025～Nov 25, 2025
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  1. Corner steel pipe column on-site no-welding joint method 'Column Coupler' フルサト工業 建材開発部
  2. Stop leaks from the valve gland! "Valve Gland Method" 富士ファーマナイト
  3. Exposed-type elastic fixed column base method "Free Base Method" フルサト工業 建材開発部
  4. 4 Piping Method "Just Flare JF-350/JF-500" 日商テクノ
  5. 5 Solar Mounting System D-SWAT SAMURAI Replacement Method スワロー工業

Construction methodの製品一覧

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Introduction to the "Advancement Construction Method"

Introduction to the "Advancement Construction Method"

We will respond with various construction methods suitable for different situations and ground conditions with a diverse range of variations.

Our company conducts various "pushing methods," including the Cobra method and pipe return method. In particular, regarding pushing construction, we have accumulated various efforts, continuous pursuit, and construction achievements. Please feel free to contact us if you have any requests. 【Lineup】 ■ Cobra Method ■ Pipe Return ■ Uncle Mall ■ Envi Liner *For more details, please download the PDF or feel free to contact us.

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Pipe return method

Pipe return method

Wide compatibility with construction conditions, soil types, and underground obstacles! Can be connected to existing pipes and existing manholes, etc.

This technology is a method that can extensively accommodate construction that is impossible with conventional methods, such as bit replacement during excavation according to changes in soil conditions and direct connection to existing pipes. Bits, steel pipes, and excavation methods that correspond to soil conditions can be selected. Ground improvement can be carried out from within the leading body. Additionally, the advancement of electronic devices has enabled a highly precise surveying management system. Direction correction and accuracy management can be performed in real-time. 【Features】 ■ The thrust pipe remains in place while the excavator can retract and be reinserted after being reduced in size. ■ The launch base and arrival shaft can be in small spaces. ■ A variety of excavation and soil removal methods can be selected. ■ All-direction excavation is possible. ■ Long-distance excavation of up to 300 meters is possible. *For more details, please refer to the PDF materials or feel free to contact us.

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Envi-liner method

Envi-liner method

The construction extension has reached a total of 4,930 km, boasting a high track record with the same type of construction method.

This technology is a non-excavation small-diameter pipe jacking method capable of constructing various types of pipes ranging from φ150 to φ1000. Using a jacking machine installed in the launch shaft, the buried pipes are sequentially laid towards the receiving shaft, eliminating the need to excavate the road surface. Additionally, the jacking device is designed to be compact, allowing for launching from small shafts. Since it uses a digging and soil removal method, there is no need for large surface facilities like those used in slurry methods, and the equipment associated with the work, such as cranes and generators, can be small-scale, contributing to overall cost reduction. 【Features】 ■ Capable of constructing various types of pipes from φ150 to φ1000 ■ Non-excavation construction ■ Suitable for difficult ground conditions ■ Small space and low cost ■ No need to excavate the road surface *For more details, please refer to the PDF materials or feel free to contact us.

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Ace Mall Method

Ace Mall Method

Clearing a wide range of soil conditions! Introducing pipe jacking technology that takes the Earth's environment into consideration.

This technology employs a mud pressure excavation and discharge mechanism along with a unique position measurement system, achieving high-precision long-distance and curved advancement across a wide range of soil conditions from soft ground to bedrock. Additives are injected into the excavated soil, turning it into mud and pumping it up to the vertical piles. By controlling the amount of mud taken in, some is left in the ground to prevent the collapse of the face and pit walls, while the lubricating effect of the mud (slurry) reduces the driving force. 【Features】 ■ Clears a wide range of soil conditions ■ Achieves long-distance and curved advancement *For more details, please refer to the PDF document or feel free to contact us.

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Ramsas Method

Ramsas Method

The soil removal method is vacuum suction! A variety of cutter heads tailored to the soil type are available.

The technology creates a method that forms a mud film on all excavation surfaces and constructs a highly stable tail void through approximately 25mm of overcut and the action of high-concentration mud water. The gravel is crushed within the chamber using a cone crusher and cutters driven by the outer circumference. Bit changes can be made from inside the machine, allowing for long-distance advancement. 【Features】 ■ A diverse lineup of cutter heads tailored to soil types (φ700 to 3,000) ■ The excavation method uses vacuum suction ■ Crushing capacity is 1-axis compressive strength of 350MN/m2 (RMS-GX type) ■ Bit changes can be made from inside the machine, allowing for long-distance advancement ■ The action of approximately 25mm of overcut and high-concentration mud water forms a mud film on all excavation surfaces while constructing a highly stable tail void *For more details, please refer to the PDF materials or feel free to contact us.

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Ramsas-S Method

Ramsas-S Method

The advanced curve construction is possible with the internal measurement system! The starting and arrival shafts are very small.

This technology is a construction method that allows for long-distance propulsion due to the vacuum excavation method. For diameters φ250 to 500, it can be divided into four parts (maximum dimension 925mm), and for φ600, it can be divided into three parts (maximum 1,325mm). Each nominal diameter is equipped with a compact jack for improved workability. Additionally, it allows for the construction of shafts in favorable locations, taking into consideration the surrounding environment. 【Features】 ■ A variety of cutter heads tailored to soil types (φ250 to 600) ■ The starting and arrival shafts are very small ■ Capable of long-distance starting ■ Advanced curved construction is possible with an in-pipe measurement system ■ Advanced curved construction is possible with an electromagnetic wave measurement system *For more details, please refer to the PDF document or feel free to contact us.

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Dry Ice Blasting Method

Dry Ice Blasting Method

A cleaning technology that does not damage the base material and leaves no cleaning media or wastewater behind!

We offer "Dry Ice Blasting," which does not damage the base material and leaves no cleaning media or wastewater behind. Dry ice particles (dry ice pellets) with a diameter of 3mm are propelled by compressed air to remove contaminants. This method utilizes the physical properties of dry ice, providing high cleaning power. It is a very common technique in EU countries. 【Features】 ■ No water or detergents used ■ No damage ■ No residual media left behind ■ Excellent cleaning power ■ No secondary processing costs *For more details, please download the PDF or feel free to contact us.

  • Other cleaning machines

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FRP lining waterproofing and corrosion prevention method "Airtight"

FRP lining waterproofing and corrosion prevention method "Airtight"

Introducing composite and multifunctional construction methods! For deterioration prevention, longevity, leakage prevention, waterproofing, and corrosion protection.

"Air Tight" is a composite design of FRP lining waterproofing and anti-corrosion method that combines adhesion, waterproofing, and corrosion resistance. It is a multifunctional type that demonstrates the required performance under various environmental conditions. It is not affected by the alkaline nature of concrete. Additionally, the coating of concrete requires crack-following ability, and this method enhances crack-following ability through high strength and flexibility. 【Features】 ■ Suppresses the occurrence of pinholes ■ Long-term durability ■ A surface deterioration type that can be assessed visually for peace of mind ■ Ease of maintenance management ■ Can reduce life cycle costs *For more details, please refer to the PDF materials or feel free to contact us.

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FRP lining waterproofing method【Sewerage facilities】

FRP lining waterproofing method【Sewerage facilities】

The design emphasizes corrosion resistance, crack-following ability, and measures to suppress pinholes!

The phenomenon of concrete corrosion in sewer facilities is known to occur due to the generation of sulfides by sulfate-reducing bacteria in sewage sludge. Hydrogen sulfide gas, which is released from the liquid phase to the gas phase, dissolves in condensation water and progresses due to sulfuric acid produced by sulfur-oxidizing bacteria. Even when a protective material is coated, corrosion progresses from areas where pinholes or cracks have formed in the protective material, which cannot keep up with the cracking, leading to breakage or fissures. The "Airtight Method" is designed with a focus on corrosion resistance, crack-following ability, and measures to suppress pinholes. In sewer facilities, we propose measures for reducing lifecycle costs and extending service life based on functions and performance that meet the required specifications and long-term durability records. 【Features】 ■ Maintains performance over a long period ■ Deterioration can be visually assessed, making repairs easy ■ High strength and flexibility enhance crack-following ability ■ High corrosion and chemical resistance, capable of handling special wastewater inflows *For more details, please refer to the PDF materials or feel free to contact us.

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FRP lining waterproofing method【Water treatment facility】

FRP lining waterproofing method【Water treatment facility】

Maintains performance over a long period! The deterioration status can be visually assessed, making repairs easy.

The concrete structures of water treatment facilities are subject to deterioration and corrosion due to erosion from wastewater and the intrusion of gases generated. Even when coated with anti-corrosion materials, deterioration progresses from areas where pinholes or cracks have formed that cannot follow the anti-corrosion material. The "Airtight Construction Method" is designed with a focus on corrosion resistance, crack-following capability, and measures to suppress pinhole formation. In water treatment facilities, we propose corrosion prevention and long-life measures that can meet the required performance capabilities and reduce life cycle costs based on long-term durability records. 【Features】 ■ Excellent acid and alkali resistance ■ Excellent chemical resistance ■ Prevents the occurrence of pinholes due to the characteristics of the countermeasure process and materials ■ Prevents contamination of groundwater and soil due to wastewater leakage ■ Good curing properties with no concerns about poor curing *For more details, please refer to the PDF materials or feel free to contact us.

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FRP waterproofing IRM method for self-propelled parking lots

FRP waterproofing IRM method for self-propelled parking lots

Impact resistance and wear resistance dramatically improved with FRP + resin mortar!

The "IRM Method" is a waterproofing technique for self-propelled parking lots that combines an FRP waterproof layer with a resin mortar protective layer, offering lightweight and high durability. By using resin mortar for the protective layer, it achieves excellent water resistance and abrasion resistance with a thickness of just a few millimeters, and it is designed to withstand tire chains and de-icing agents specific to cold regions. There are numerous construction achievements in Hokkaido. This is a NETIS registered technology. (Registration number: KK-230013-A)

  • Composite Materials

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Composite Anti-Corrosion Method "Slagreed SR Method"

Composite Anti-Corrosion Method "Slagreed SR Method"

Developed as a repair material for steel structures damaged by various factors! Introduction of a composite corrosion protection method.

The "Slagreed SR Method" is a composite (self-repairing) anti-corrosion method that utilizes blast furnace slag and employs the environmentally friendly water-based paint "Slagreed SR," which has a very high rust prevention effect. Its rust prevention capability on poor ground and low-cleaning surfaces is achieved by combining alkaline corrosion resistance with special rust inhibitors, allowing it to have a self-repair function even when the coating is damaged, thereby suppressing rust. Additionally, it does not require advanced surface preparation, and due to the high alkalinity of the coating, it passivates the steel surface and suppresses corrosion. 【Features】 ■ High alkalinity of the coating ■ Suppresses corrosion ■ No need for advanced surface preparation ■ Reconstructs passive film (Fe3O4) ■ Suppresses rust *For more details, please refer to the PDF document or feel free to contact us.

  • paint

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From full-thread to wire - Achieving CO2 emission reduction and lightweight components simultaneously.

From full-thread to wire - Achieving CO2 emission reduction and lightweight components simultaneously.

By switching from full-thread to Gripple wire, approximately 1.6 kg of CO2 emissions can be reduced per meter. This reduces processing effort on-site and allows for waste material reduction.

Traditionally, the "Type B seismic restraint," which often uses full-threaded rods, can achieve a reduction of approximately 90% in CO2 emissions by utilizing our BCJ-certified wire method. Switching from full-threaded rods to Gripple wire leads to a reduction of about 1.6 kg of CO2 emissions per meter. Furthermore, it eliminates the need for on-site processing and reduces waste materials. • Gripple has obtained ISO 14001 (Environmental Management System) certification.

  • Other consumables

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BCJ evaluation acquisition Vertical self-weight support wire method_ All threaded to wire!

BCJ evaluation acquisition Vertical self-weight support wire method_ All threaded to wire!

Replace vertical self-weight support with fully threaded bolts, allowing for construction with wires. With overwhelming workability and weight reduction, the efficiency of the entire process is improved, enhancing productivity.

Traditionally, it is common to use fully threaded rods for vertical dead weight support materials. However, in this method, by selecting an appropriate wire diameter according to the weight of the supported material, wires can be used as vertical dead weight support materials instead of fully threaded rods. This method has obtained general evaluation from the Building Center of Japan (hereinafter referred to as "BCJ") as the "Gripple Wire System - Vertical Load Support Method" (BCJ Evaluation - SS0062-1). Additionally, if seismic support is required, conventional seismic support construction must be carried out in accordance with the guidelines for seismic design and construction of building equipment.

  • Other consumables
  • Steel

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Gainer Method (GRF)

Gainer Method (GRF)

The multilayering technology of ceramics brings about thermal balance and radiation. It suppresses heat transfer and enhances heating and cooling efficiency.

This technology is a composite functional coating method that combines the "tough, earthquake-resistant, and waterproof" properties of polyurea coatings with the "heat insulation, thermal insulation, and soundproofing" properties of Gainac ceramic coatings. By applying this, it adapts to the surrounding temperature and minimizes heat transfer, allowing for a warm living environment regardless of external temperatures. Additionally, it enhances heating and cooling efficiency, contributing to energy savings. 【Features】 ■ Thermal insulation and heat retention ■ Heat shielding ■ Soundproofing ■ Condensation prevention ■ Air quality improvement *For more details, please refer to the PDF materials or feel free to contact us.

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