Senju Metal Industry PPS Bump Forming Method
A new method that achieves fine pitch bumps with a 50μm pitch.
Unlike the conventional paste method, it achieves cost reduction due to being maskless.
- Company：千住金属工業
- Price：Other
Construction method Product List and Ranking from 39 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.
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.
- Solar Mounting System D-SWAT SAMURAI Replacement Method スワロー工業
- Dye Q reinforcement method *Repairs for missing areas and anti-corrosion processing are also available!
- Corner steel pipe column on-site no-welding joint method 'Column Coupler' フルサト工業 建材開発部
- 4 Rapid-curing polyurethane spray waterproofing method "Rim Spray"
- 5 Heat Exchange Tube Sealing Method "Mechanical Plug - Pop-A-Plug"
Construction method Product List
46～60 item / All 911 items
Displayed results
Non-excavation thrust construction method "Hammerhead Mole"
Effective in reducing civil engineering construction time and costs. Proven results worldwide.
The non-excavation thrust method "Hammerhead Mole" is an extremely lightweight air-powered, self-propelled thrust machine that contributes to environmental sustainability and cost reduction. The thrust method involves using the air-powered, self-propelled machine "Hammerhead Mole" to compactly advance underground and insert the necessary pipes into the thrust hole. For more details, please download the catalog.
- Company：レッキス工業
- Price：Other
Substrate treatment method for CRT
CRT substrate treatment method
The surface treatment provided by CRT offers a variety of methods tailored to customer needs, considering environmental factors at the site, the condition of the structure, finishing precision, budget, and environmental considerations. 【Examples of Methods】 - Ultrasonic paint film stripping method - Paint film stripping and removal method using ultra-high pressure washing - Paint film stripping and removal method using vacuum sanders - Paint film stripping and removal method using wet sanders, etc. "If you're unsure which method to choose," please feel free to consult with us. *You can download the company brochure from the catalog download button.
- Company：CRTワールド
- Price：Unset
Over 1100 units adopted! Joining steel pipes in a short time without welding - Just Flare.
A steel pipe jointing method that withstood the Great East Japan Earthquake! The method 'Just Flare' allows for the joining of steel pipes without welding.
"Just Flare" is a method for joining steel pipes without welding. It features excellent seismic resistance, as there were no leaks of air or liquids from the joints even during the Great East Japan Earthquake. It also has high corrosion resistance, with over 1,100 successful applications to date. 【Features of Just Flare】 - Steel pipes processed with a compact and lightweight pipe end processing machine are joined using loose flanges. This achieves overwhelming short time, energy savings, and cost reduction. - Rust prevention treatment is thorough, maintaining corrosion resistance and contributing to the longevity of piping. - Included in the Ministry of Land, Infrastructure, Transport and Tourism's "Standard Specifications for Public Building Construction" (FY 2010 edition). *For more details, please download the catalog or contact us.
- Company：日商テクノ
- Price：Other
Piping Method "Just Flare JF-350/JF-500"
Just Flare, a piping method that does not require welding! Compatible with a maximum diameter of 500A!
The Just Flare method, which does not require welding, has brought about a transformation in the equipment construction industry and is playing an essential role as a tool to respond to the accelerating changes in the business environment. The dedicated processing machines "Just Flare JF-350" and "Just Flare JF-500" are characterized by their ease of use and the ability to process pipe sizes from 50A to 500A. Pipe installation is completed with the simple task of fastening loose flanges and gaskets with bolts, and it has been widely adopted on-site as a new standard for piping work, including chilled and hot water piping for air conditioning, fire protection piping, production air piping, production steam piping, and rainwater piping. [Features] - Flare processing machine that bends the ends of steel pipes outward at a 90-degree angle (flange forming) - Can be moved with a hand pallet, and the JF-350 model can be brought to the site - The JF-500 model can process up to a diameter of 500A *For more details, please refer to the PDF document or feel free to contact us.
- Company：日商テクノ
- Price：Other
Casting method (pipe casting)
Low cost and high performance! Introducing our unique casting technology that integrates aluminum of the same material and melting point through one-piece casting.
Satokin has independently developed a casting technology that involves embedding aluminum pipes within castings using sand casting, allowing for fusion without melting the pipes. The key point is that the aluminum pipes are encapsulated within the product. Molten aluminum is poured into a sand mold containing aluminum pipes made of the same material and melting point, achieving close contact (fusion) without melting the pipes. Additionally, Satokin has also developed a unique casting technology that allows for the embedding of pure copper pipes within castings, achieving close contact (fusion). By replacing aluminum pipes with pure copper pipes, it has become possible to significantly improve thermal conductivity. **Features of the Aluminum Pipe Encapsulation Method:** - Aluminum pipes are encapsulated within the product. - Enables the production of hydraulic control components that are low-cost, high-performance, and excellent in recyclability. - Allows for the manufacturing of cast products that are processing-free, lightweight, high-rigidity, and highly recyclable. *For more details, please refer to the PDF document or feel free to contact us.*
- Company：サトキン
- Price：Other
Cross-sectional shape 3D model manufacturing method
Cross-sectional shape, three-dimensional model production method, rapid prototyping.
Produce what you need, when you need it, and as much as you need! Introducing the cross-sectional shape 3D model manufacturing method from Indy Co., Rapid prototyping. ■□■Features■□■ ~ The cross-sectional shape 3D model manufacturing method, Rapid prototyping, is a technique that creates 3D models by repeatedly stacking cross-sectional shapes. ~ ■Reduced Lead Time Rapid generation in various stages of the development process, significantly reducing the speed of traditional methods across design and manufacturing domains, and shortening the time previously required for conventional development processes. ■Cost Reduction By directly creating the necessary shapes, we can eliminate unnecessary processes and achieve significant cost savings. ■Technology Development Applicable not only to manufacturing but also to various other fields. For more functions and details, please download the catalog or contact us.
- Company：インディ
- Price：Other
Method of repair work: "Settlement Correction Work"
Buildings that have tilted can be corrected with subsidence repair work!
"Settlement correction work" introduces the flow from the occurrence of differential settlement to the correction work. A commonly used method is the steel pipe pile driving method, which supports the building's load by driving steel pipe piles into the supporting ground using jacks, thereby supporting and correcting the entire building. [Contents] ■ Building level measurement (current situation assessment) ■ Flow from the occurrence of differential settlement to correction work ■ Steel pipe pile driving method ■ Overview of each method *For more details, please refer to the PDF document or feel free to contact us.
- Company：ジオテック
- Price：Other
Dai-Rin-style greening method (non-decaying bark soil "E Soil")
A low-cost, low-maintenance greening method using "E-Soil," a 100% natural building material made from specially processed bark of cedar and cypress that does not rot.
The Obayashi-style greening method is characterized by the use of "E Soil," a non-decaying bark soil developed by Obayashi Environmental Technology Research Institute Co., Ltd. "E Soil" is made from specially processed cedar and cypress bark and is a 100% natural recycled building material. The features of "E Soil" are as follows: 1. It has the natural antibacterial and insect-repelling properties of cedar and cypress, which helps suppress the growth of root rot fungi and other pathogens in the soil, thereby reducing the incidence of diseases in grass and flowers. 2. Since cedar and cypress bark does not decompose, it maintains its fibrous state for a long time, eliminating the need for soil replacement or addition. 3. It is lightweight, allowing it to accommodate the load-bearing capacity of existing structures. 4. It does not get blown away by the wind or washed away by rain, making installation simple as it only requires placing "E Soil." There is no need for the drainage layer typically required in conventional greening. 5. Due to its high gas phase ratio, the soil thickness can be shallower than usual, while still adequately storing and supplying oxygen, water, and nutrients to plants, promoting strong root growth and supporting plant development over many years. These features allow for low-cost installation, and after installation, the use of pesticides and other chemicals is greatly reduced, enabling low maintenance.
- Company：ＺＥＲＯ
- Price：10,000 yen-100,000 yen
Deep Vacuum Drainage and Consolidation Dewatering Method - Super Well Point Method
This is a new drainage method that resolves the shortcomings of (gravity drainage + forced drainage) while incorporating their advantages.
The Super Well Point Method enables forced drainage while maintaining a vacuum inside the well by using a special double-pipe structure (special separate screen) for the trainer section, as opposed to conventional well point methods (forced drainage), deep well methods (gravity drainage), and vacuum deep well methods. ◎For more details, please download and view the catalog.
- Company：アサヒテクノ 東京支店
- Price：Other
Features and Application Technologies of the Super Well Point Method
I asked the branch manager of Asahi Techno Tokyo about the characteristics and application technologies of the SWP method.
This document is an interview article with Mr. Tetsuji Ozaki, the branch manager of Asahi Techno Co., Ltd. in Tokyo. It introduces the features and application technologies of the "Super Well Point Method." This method significantly improves the groundwater collection capacity by utilizing not only gravity but also the suction force (negative pressure) from a vacuum pump. It demonstrates a collection capacity that is 1.5 to over 20 times greater than that of conventional gravity drainage wells, and it also reduces the number of wells needed to less than half of the traditional methods, contributing to substantial cost savings. Additionally, the technology is applied in ground improvement and soil contamination countermeasures, as well as in methods such as consolidation dewatering for soft, cohesive soil layers. [Contents] ■ Introduction ■ Features of the SWP Method ■ Social Recognition and Fundamental Research ■ Application Technologies of the SWP Method ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
- Company：アサヒテクノ 東京支店
- Price：Other
Groundwater level lowering method associated with the construction of sewage treatment facilities in coastal lowland areas.
Prior to the SWP construction method, a pumping test was conducted! Successful in achieving a favorable drop in groundwater level.
In the construction of the sewage treatment facility (inflow pump building) under construction in Nishi Ward, Fukuoka City, a "pumping test was conducted prior to the implementation of the Super Well Point Method." The test site was under pressure, and to achieve the necessary water level for preventing heave, a significant amount of groundwater needed to be pumped out. Concerns about the lowering of groundwater levels in the surrounding area led to a comparative study of groundwater lowering methods. By employing the "SWP method," which has a high pumping capacity, groundwater level reduction was achieved, and subsequent pumping tests confirmed that the intended objectives were met. [Test Details] ■ Test Site: Sewage treatment facility construction in coastal lowland area (Nishi Ward, Fukuoka City) ■ Adopted Method: Super Well Point Method ■ Test Content: Pumping Test *For more details, please refer to the PDF document or feel free to contact us.
- Company：アサヒテクノ 東京支店
- Price：Other
New groundwater lowering method using a vacuum pump
Significant, rapid, and efficient lowering of groundwater levels! Development of a construction method using vacuum pumps!
We would like to introduce a new method developed for lowering groundwater levels, which is used when constructing underground structures: "A new method utilizing vacuum pumps." In this newly developed method, the height of the groundwater level inside the well is adjusted using a vacuum pump, allowing for the simultaneous recovery of underground air around the well along with groundwater. This method achieves a significant, rapid, and efficient lowering of the groundwater level, while in cases where steel sheet piles are used, the surrounding groundwater level hardly decreases. This method addresses concerns that have been raised regarding the lowering of groundwater levels around excavation sites in conventional deep well methods used for underground excavation. 【Features】 - Significant, rapid, and efficient lowering of groundwater levels - Surrounding groundwater levels do not decrease when surrounded by steel sheet piles - Also noteworthy as a method for recovering oil and other substances from contaminated soil and for ground consolidation and dewatering *For more details, please refer to the PDF document or feel free to contact us.
- Company：アサヒテクノ 東京支店
- Price：Other
Three-dimensional analysis of groundwater flow around pumping wells under negative pressure propagation effects.
Examination of flow characteristics through three-dimensional analysis! Introducing insights gained from the results.
This document summarizes the "Three-Dimensional Analysis of Groundwater Flow around Pumping Wells under Negative Pressure Propagation Effects." A three-dimensional saturated-unsaturated numerical analysis model that takes into account the water balance within the well, developed for the negative pressure well method, was applied to a simulated excavation site to analyze the groundwater level decline due to the negative pressure well method and to examine its flow characteristics. As a result of the study, insights were gained that by aligning the boundary conditions imposed by the well with those of the negative pressure well method in the numerical analysis model of groundwater decline caused by the well, it is possible to represent the water level decline of the negative pressure well method. [Contents] ■ Introduction ■ Overview of the Structure and Water Absorption Principle of the Negative Pressure Well Method ■ Fundamental Equations of the Negative Pressure Well Method ■ Results of Numerical Analysis Assuming Excavation Work ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
- Company：アサヒテクノ 東京支店
- Price：Other
Study on Water Level Decrease in Improved Vacuum Deep Well Method
Numerical analysis of the conventional water surface lowering method and the improved version! I will introduce the research content.
The document summarizes the study titled "Investigation of Water Level Decline in Improved Vacuum Deep Well Method through Saturated-Unsaturated Flow Analysis." A comparison of the amount of water level decline when adopting the improved vacuum deep well method and the deep well method within an area enclosed by incomplete penetration sheet piles was conducted using three-dimensional saturated-unsaturated flow numerical analysis. The numerical analysis results indicated that the improved vacuum deep well method results in a deeper decline. [Contents] ■ Introduction ■ Fundamental Equations ■ Numerical Calculation Method ■ Analysis Area and Calculation Conditions ■ Numerical Analysis Results and Discussion *For more details, please refer to the PDF document or feel free to contact us.
- Company：アサヒテクノ 東京支店
- Price：Other
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