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Construction method Product List and Ranking from 45 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 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:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. 三和グランド Tokyo//Building materials, supplies and fixtures
  2. シャープ化学工業 大阪本社 Osaka//Chemical
  3. 小泉製麻 神戸本社 Hyogo//Manufacturing and processing contract
  4. 4 長野大信工業 Nagano//Manufacturing and processing contract
  5. 5 第一カッター興業 本社 Kanagawa//others
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Construction method Product ranking

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. No paint leaks from the gaps in the protective covering! Edge painting protective method LCL method. シャープ化学工業 大阪本社
  2. Attention those struggling with ivy clinging to fences! Introducing 'Bariosu Net'! 小泉製麻 神戸本社
  3. Construction method "Cage mat multi-layer stacking type" 長野大信工業
  4. 4 Permeable blast furnace slag paving material "Color Sand" 三和グランド
  5. 4 Land Stitch Anchor for securing air conditioning outdoor units. キャムズ 本店/統括センター

Construction method Product List

136～150 item / All 351 items

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Teratec Construction Report: Factory

Teratec Construction Report: Factory

Solving your factory problems! Introducing "TerraTech" case studies for subsidence correction and void filling.

We would like to introduce a case where problems caused by subsidence and voids in a factory were resolved by Teratech. [Problem] In a steel processing factory located in Ibaraki Prefecture, the concrete floor sank by about 3.4 cm. Although the factory had not been in operation for long, subsidence occurred, causing issues with the laser processing machine purchased for steel processing, which could no longer operate according to the specifications. For precision machines like laser processing machines, having a level floor is crucial for normal operation. [Reasons for Choosing Teratech] - Work can be carried out without stopping operations. - The work can be completed in a short time. [Feedback After Construction] "We were planning to readjust the level of the laser processing machine after this construction, but the floor correction was done so well beyond our expectations that the processing machine is now operating normally. We were very relieved that the planned budget of 1 million yen for the laser level adjustment was no longer necessary," we received words of gratitude. In addition, we also introduce resolution cases from packaging material manufacturing factories. *For more details, please refer to the external link page or feel free to contact us.

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Construction Report: Hospital

Construction Report: Hospital

Solving your concerns at the hospital! Introducing case studies of "Mainmark" for subsidence correction and void filling.

We would like to introduce a case that solved issues related to subsidence and cavities in a hospital. [Issues] A certain neurology clinic located in Sendai City was leaning, but as it is a comprehensive clinic equipped with both outpatient services and inpatient facilities, it operated almost 24 hours a day, 365 days a year. We received a request to carry out the construction without affecting the hospital's operations. [Feedback after Construction] Although it was a large-scale project, we successfully resolved the floor sagging and building subsidence in just two days of construction. The clinic resumed normal operations after the holiday, and the client was very satisfied. [Case Overview] ■ Comprehensive Clinic - Construction Details: Floor sagging and subsidence correction work - Construction Date: November 2013 - Location: Miyagi Prefecture - Construction Area: 900m² Other cases are also introduced on the following page: https://teretek.jp/plus/case/hospital *For more details, please refer to the external link page or feel free to contact us. Toll-Free Number: 0120-873-835

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[Construction Example] Warehouse and Factory in Sapporo City, Hokkaido

[Construction Example] Warehouse and Factory in Sapporo City, Hokkaido

We would like to introduce a case where we made corrections in a short time without interrupting the customer's operations!

This is a case study of floor sinking correction work and void filling work conducted at a warehouse and factory located in Sapporo City, Hokkaido. Due to floor sinking, the racks used for storing goods had become tilted. As a temporary measure, spacers were used under the racks to adjust their height and level them. The sinking correction work was carried out in a limited space, and within a few hours, the floor was made flat. Additionally, sinking correction work was performed in the office without interrupting the customer's operations. [Case Study] ■ Total construction area: Approximately 334 m² ■ Maximum sinking amount: 105 mm ■ Construction period: 3 days *For more details, please refer to the PDF document or feel free to contact us.

  • Other safety and hygiene products
  • Other contract services

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[Construction Example] Large Shopping Center: Correction of Sunken Concrete Floor

[Construction Example] Large Shopping Center: Correction of Sunken Concrete Floor

Correction made during the night while operations were suspended! A case where two construction plant vehicles were used to expedite the construction schedule.

A large shopping center experienced significant floor subsidence due to weak ground. Gaps were observed in various places, such as between the floor and walls and between the walls and ceiling, caused by the subsidence. As a result, our company implemented repairs. The "Upcon Method," which can be executed during nighttime while the business is closed, was adopted for the repairs. To expedite the construction period, two construction plant vehicles were utilized, and the repairs were completed over 25 nights. 【Construction Overview】 ■ Construction Area: Approximately 3,240m2 (Backyard 405m2, Inside Store 2,835m2) ■ Maximum Subsidence: 94mm ■ Repairs completed over 25 nights ■ Two construction plant vehicles used to expedite the construction period For more details, please feel free to contact us via PDF download or inquiry form.

  • Other contract services

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[Construction Example] Shopping Center (Iwate Prefecture): Subfloor Settlement Correction Work

[Construction Example] Shopping Center (Iwate Prefecture): Subfloor Settlement Correction Work

Maximum settlement 71mm, maximum gap 190mm! Conducting polyurethane resin injection work while constantly checking the level!

A shopping center where widespread floor subsidence was observed due to ground subsidence. Due to the floor subsidence, gaps appeared between the floor and walls, causing various issues within the stores. As a result, our company implemented repairs. The "Upcon Method," which can be executed at night during the business closure, was adopted for the repairs. Additionally, since voids were also observed under the floor, filling work was carried out. 【Construction Overview】 ■ Construction Area: Approximately 540m² ■ Maximum Subsidence: 71mm ■ Maximum Void: 190mm ■ Construction completed in 2011, with repairs conducted over 7 consecutive nights. *For more details, please refer to the PDF document or feel free to contact us.

  • Other contract services

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[Construction Example] Bag Manufacturing Factory: Floor Slab Settlement Correction Work and Underfloor Void Filling Work

[Construction Example] Bag Manufacturing Factory: Floor Slab Settlement Correction Work and Underfloor Void Filling Work

The machine's level cannot be secured, and spacers are being used. A malfunction has occurred in the machine, affecting product accuracy. This can be resolved with the up-con method.

This time, we will introduce a case study of a bag manufacturing factory in Miyagi Prefecture. Due to the impact of the Great East Japan Earthquake that occurred in March 2011, the floor sank, causing the machines to tilt and hindering production. The Upcon method was adopted because it allows for quick corrections without moving the machines. "We cannot secure the level of the machines and are using spacers." "Malfunctions have occurred in the machines, affecting product accuracy." We receive many inquiries about floor repairs like these at Upcon every day. The feature of the Upcon method is that it can correct floor subsidence in a short time, but another significant advantage is that it does not require the movement of machines or materials for construction. [Site Information] Miyagi Prefecture, Bag Manufacturing Factory Construction Area: Approximately 730 square meters Maximum Subsidence: 111mm Construction Period: 3 days For more details about the construction process, you can view it by downloading the PDF below.

  • Machinery and equipment installation/dismantling/relocation

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[Construction Example] Factory: Ground Floor Settlement Correction Work

[Construction Example] Factory: Ground Floor Settlement Correction Work

Materials and cargo are not stacking straight! Here are examples of how we corrected sinking and resolved issues.

Here is an example of "floor sinking correction work" carried out at a factory in Iwate Prefecture. At this factory, the floor had sunk due to ground subsidence, causing issues such as materials and cargo not stacking straight and forklifts being unable to access certain areas. The maximum subsidence was approximately 130mm, and the work was done over a large area of about 2000m2, completed in 16 days. 【Case Overview】 ■ Work Area: Approximately 2000m2 ■ Maximum Subsidence: Approximately 130mm ■ Maximum Void: Approximately 80mm ■ Area: Iwate Prefecture ■ Construction Period: 16 days *For more details, please refer to the PDF document or feel free to contact us.

  • Other contract services

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[Construction Case] Office/Parts Storage: Settlement Correction Work

[Construction Case] Office/Parts Storage: Settlement Correction Work

No interruption in operations, correction of subsidence! Introducing a case where the floor level was adjusted and the gaps in the walls were improved.

We would like to introduce a case of "settlement correction work" carried out at the office and parts warehouse of an automobile manufacturer located in Hokkaido. In this company, the building had tilted due to settlement, causing issues with the opening and closing of doors and creating gaps in the ceiling. Therefore, the Upcon method was adopted because it could be implemented without stopping operations and within a short construction period. After the work was completed, the floor levels throughout the office and parts warehouse were corrected, and the gaps in the walls that had existed before the construction were also improved. 【Case Overview】 ■ Construction Area: 345m2 ■ Maximum Settlement: 63mm ■ Maximum Gap: 70mm ■ Area: Office of an automobile manufacturer located in Hokkaido ■ Construction Period: 3 days *For more details, please refer to the PDF document or feel free to contact us.

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【Warehouse/Factory】Correcting floor tilt, unevenness, and voids under the floor in as little as one day.

【Warehouse/Factory】Correcting floor tilt, unevenness, and voids under the floor in as little as one day.

[Factory/Warehouse] Correcting the tilt of concrete floors and voids beneath the floor caused by ground subsidence in as little as one day without stopping operations! Patented unique method!

■The cargo in the warehouse is not stacked straight. ■There are uneven surfaces that hinder the movement of forklifts. ■The equipment, such as racks, is tilted. ■Abnormal operation is observed in the automatic racks. ■The transport robot has stopped. ■The level of the machinery cannot be secured. The patented unique method called [Upcon Method] uses polyurethane resin to resolve issues caused by floor tilting, unevenness, and sagging due to earthquakes or ground subsidence, as well as voids formed under the floor, with corrections possible in as little as one day. [What is the Upcon Method?] By injecting polyurethane resin into existing concrete floors that have subsided, it compresses and strengthens the ground with pressure that expands in a short time while pushing up the concrete floor for correction. Since it corrects without demolishing the existing concrete floor, it significantly reduces construction time. The polyurethane can lift the floor with an expansion pressure of up to 10 tons per square meter, eliminating the need to move heavy equipment or products. Therefore, corrections can be made without stopping the operations of factories or warehouses. ▼We will exhibit at the [International Logistics Comprehensive Exhibition 2024]. Date: September 10 (Tuesday) to 13 (Friday), 2024 Venue: Tokyo Big Sight, East Exhibition Hall Booth Number: 7-808

  • Calibration and repair

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i.MX 8X-based SoM "ConnectCore 8X"

i.MX 8X-based SoM "ConnectCore 8X"

Connected embedded system on module for industrial IoT applications based on NXP i.MX 8X.

The ConnectCore 8X is an intelligent connected embedded system on module based on the NXP i.MX 8X, featuring scalable dual/quad-core performance for industrial IoT applications. Built on the NXP i.MX 8X application processor, this module serves as an intelligent communication engine for the latest secure connected devices. The ConnectCore 8X supports immediate development of streaming video/audio devices, voice control, and general human-machine interface solutions. With numerous high-performance connectivity options, including 1 x USB 3.0 port, dual gigabit Ethernet, PCIe 3.0, and certified dual-band 2x2 MU-MIMO WLAN, the ConnectCore 8X is ideal for the development of diverse embedded and IoT applications.

  • Communications

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NF base "S-22 (for DIN rail mounting)"

NF base "S-22 (for DIN rail mounting)"

Devices with a 4-point stop can also be installed! With springs, installation on DIN rails has become easier.

The S-22 is a base for mounting noise filters, capacitors, stabilized power supplies, resistors, sequencers, etc., on a DIN 35mm rail. Equipment can be freely screwed in with a mounting pitch of 25mm to 85mm (S-22-3 is 39mm to 73mm) using the included slide nuts. Mounting to the DIN rail is securely fixed with just one screw. 【Lineup】 ■ S-22-3-3C ■ S-22-4-3C ■ S-22-5-3C *For more details, please refer to the PDF document or feel free to contact us.

  • Assembly Jig

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Purification of soil and groundwater contamination using the Sukkara-Kan method.

Purification of soil and groundwater contamination using the Sukkara-Kan method.

Purification of soil and groundwater contamination using the Sukkarakan method.

The Sukkarakan Method (hereinafter referred to as the SKK Method) is a technology that applies the Super Well Point Method (hereinafter referred to as the SWP Method), which is a groundwater lowering technique. It is utilized for "ground improvement" and "purification of soil and groundwater contamination" as a technology for recovering groundwater and underground air. In the purification of soil and groundwater contamination, it is positioned as an in-situ purification technology that recovers and treats harmful volatile substances such as benzene (including oil components) and VOCs from the ground. ◎ For more details, please download and view the catalog.

  • Food environmental hygiene/contamination prevention equipment

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Paper on the SKK Method

Paper on the SKK Method

Improvement of soil quality in soft excavation soil using the gap water suction method (SKK method).

The "Tajiri District Drainage Channel No. 3 Construction" is a project to construct a road tunnel with an excavation length of 134 meters, located in the Tajiri Takaya area of Ichikawa City, Chiba Prefecture, near the Tokyo Metro Tozai Line. The tunnel will be built using an open-cut method with an excavation width of approximately 30 meters and a depth of about 15 meters. Due to concerns about insufficient trafficability and worsening construction conditions during soil removal, the project employs the SKK method, which combines the Super Well Point (SWP) method with suction pipes to improve soil quality by extracting pore water and underground air from the soft ground, thereby addressing these issues. The "Paper on the SKK Method" reports the results of confirming the applicability of the SKK method for soil improvement through trial construction and actual construction. [Contents] - Overview of the SKK Method - Confirmation of soil improvement effects through on-site trial construction - Application results of the SKK Method (verification in actual construction) For more details, please contact us or download the catalog.

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Comparison of Groundwater Lowering Methods

Comparison of Groundwater Lowering Methods

High pumping capacity! A comparison of the Super Wellpoint method and other groundwater lowering methods.

This document compares three groundwater lowering methods: the "Super Well Point Method," the "Deep Well Method," and the "Well Point Method." It provides detailed information on each method, including an "Overview Diagram," "Principles (Pumping Methods)," and "Advantages and Disadvantages." The Super Well Point Method is effective not only for lowering groundwater levels but also for countermeasures against bulging, promoting consolidation, and landslide prevention. It is often adopted as a widespread groundwater lowering method for facilities such as adjustment ponds. We encourage you to read it. [Contents] ■ Methods (Function Distribution) ■ Overview Diagram ■ Principles (Pumping Methods) ■ Supplementary Principles ■ Advantages and Disadvantages *For more details, please refer to the PDF document or feel free to contact us.

  • Vacuum pump
  • Water treatment equipment
  • Other water treatment equipment

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Overview of the A&S Method

Overview of the A&S Method

Low cost, shortened construction period! Apply compressive force to weak ground to increase strength.

The "A&S Method" is a consolidation dewatering method that adds embankment to the ground improvement method "SKK Method," which enhances the groundwater recovery capacity. Since the ground that has been vaporized under vacuum has minimal subsidence as it is, compressed air is sent to the sand layer surface using a large compressor, generating uplift pressure from the air pressure. The step-type Qin-TAKO compresses the cohesive soil directly and uniformly. By reducing the water content ratio through air blowing and then vaporizing the entire area under vacuum, compression subsidence is achieved due to atmospheric pressure and embankment weight. The reduction in water content ratio and compression subsidence can increase the strength of the ground. 【Features】 ■ Low cost ■ Short construction period (approximately 3 months) ■ No restrictions on construction speed during embankment *For more details, please refer to the PDF materials or feel free to contact us.

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