Construction method Product List and Ranking from 1572 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 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:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

  1. Taiyo Kisokogyo Co.,Ltd. Aichi//General contractors and subcontractors
  2. SIKA JAPAN Ltd. Tokyo//Building materials, supplies and fixtures manufacturers
  3. エルニード協会 Kagawa//Other construction industries
  4. 4 ロンタイ Osaka//Building materials, supplies and fixtures manufacturers
  5. 5 ジオテック Tokyo//Other construction industries
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Construction method Product ranking

Last Updated： Aggregation Period:Sep 16, 2026～Oct 13, 2026
This ranking is based on the number of page views on our site.

  1. Landslide Prevention Greening Method "Long Strong Net Method" to be released in January 2025. ロンタイ
  2. 側溝修繕工法『ネプラス工法』＜施工前後の写真付き資料進呈＞ ネプラス工法全国会 本部
  3. Install the valve without stopping the water! 'EM Continuous Water Valve Method' SUIKEN Co., LTD
  4. 4 Integrated mattress basket reinforced earth wall method Terra Mesh エターナルプレザーブ
  5. 5 Temporary bridge temporary pier cable-stayed construction method "LIBRA Method" 横山基礎工事

Construction method Product List

4411～4430 item / All 4430 items

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Ground improvement work in Kumamoto Prefecture! Super RAPL El Nido method.

Ground improvement work in Kumamoto Prefecture! Super RAPL El Nido method.

[NETIS Registration] Capable of addressing "groundwater" and "soft ground"! A super wrap-around needle method that achieves "shortened construction periods" and "cost reduction."

We would like to introduce the excellent economic efficiency of the "Super Rappuru Elniido Construction Method." Since it is constructed through direct excavation, it reduces the processes of over-excavation and the setting and removal of formwork. Construction can be completed in a short time from excavation to site preparation for each location. Through numerous test constructions in various ground conditions, we have established know-how in test systems, mix planning, construction management, and the development of mixing buckets, enabling us to create high-quality site preparations with minimal variation in strength. 【Features】 ■ Easy confirmation of support layers ■ Shortened construction period and high-quality site preparation ■ Minimal excess soil on site (disposal soil volume) ■ Agile response to various sites ■ Capable of handling sudden rain and groundwater *For more details, please download the PDF or feel free to contact us.

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  • 20230417-102358-815_387d96ea2b3c442d5485953ce0c40957.jpg
  • 地盤改良工事.JPG
  • 造成完了.jpg
  • 現場コア写真.JPG
  • 残土量.jpg
  • コア養生.jpg
  • 試験機.jpg
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  • Ground foundation construction method
  • Construction method

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Ground improvement work in Miyazaki Prefecture! Super RAPL Elneed method.

Ground improvement work in Miyazaki Prefecture! Super RAPL Elneed method.

[NETIS Registration] Capable of addressing "groundwater" and "soft ground"! The Super Lapel Elneed Method achieves "shortened construction periods" and "cost reduction."

We would like to introduce the excellent economic efficiency of the "Super Rappuru Elniido Construction Method." Since it is constructed by direct excavation, it reduces the processes of excess excavation and the setting and removal of formwork. It allows for quick construction from excavation to completion at each site. Through numerous test constructions in various ground conditions, we have established know-how in testing systems, mix planning, construction management, and the development of mixing buckets, enabling us to create high-quality construction bodies with minimal strength variation. 【Features】 ■ Easy confirmation of support layers ■ Shortened construction period and high-quality construction bodies ■ Minimal excess soil on site (amount of disposal soil) ■ Agile response to various sites ■ Capable of handling sudden rain and groundwater *For more details, please download the PDF or feel free to contact us.

  • 掘削完了.JPG
  • 20230417-102358-815_387d96ea2b3c442d5485953ce0c40957.jpg
  • 地盤改良工事.JPG
  • 造成完了.jpg
  • フロー値.JPG
  • 現場コア写真.JPG
  • 水中養生.jpg
  • 試験室.jpg
  • 残土量.jpg
  • Ground foundation construction method
  • Construction method

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Foundation construction methods that achieve overwhelming shortening of construction periods for infrastructure.

Foundation construction methods that achieve overwhelming shortening of construction periods for infrastructure.

It achieves an overwhelming reduction in construction time compared to other methods.

Rapid recovery in the infrastructure industry requires a reduction in construction time. The early restoration of infrastructure facilities during disasters directly contributes to the stability of social life. Traditional construction methods tend to result in longer construction periods due to the large number of processes and the time required for preparation. The Super Rappu Elniido method addresses these challenges and enables rapid recovery. 【Usage Scenarios】 * Disaster recovery sites * Repair and renovation of aging infrastructure facilities * Construction sites requiring ground improvement 【Benefits of Implementation】 * Significant reduction in construction time * Reduction in labor and material costs * Contribution to society through early infrastructure recovery

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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Foundation construction methods that achieve overwhelming reductions in construction time for the manufacturing industry.

Foundation construction methods that achieve overwhelming reductions in construction time for the manufacturing industry.

Achieved overwhelming reduction in construction time compared to other methods.

In the manufacturing industry, shortening construction periods directly leads to increased productivity. Particularly in foundational construction, the length of the construction period can delay the start of operations and result in opportunity losses. The Super Rappule Elneed method contributes to improving productivity in the manufacturing sector by achieving shorter construction periods. 【Usage Scenarios】 * Factory construction * Equipment enhancement projects * Relocation of production lines 【Benefits of Implementation】 * Significant reduction in construction time * Early commencement of operations * Cost savings

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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Foundation method that achieves overwhelming shortening of construction period for warehouses.

Foundation method that achieves overwhelming shortening of construction period for warehouses.

It significantly reduces construction time compared to other methods.

In the warehouse industry, rapid warehouse construction is required to maximize storage efficiency. In particular, effective land use and early business commencement significantly impact profitability. Traditional foundation work has posed challenges due to long construction periods, which can lead to delays in warehouse construction. The Super Rappeler Need method addresses these issues by significantly shortening construction time. 【Usage Scenarios】 - New warehouse construction - Warehouse expansion - Replacement of aging warehouses 【Benefits of Implementation】 - Significant reduction in construction time - Cost savings - Early business commencement

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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Foundation methods that achieve shortened construction periods for energy facilities.

Foundation methods that achieve shortened construction periods for energy facilities.

Achieved overwhelming reduction in construction time compared to other methods.

In the renewal of energy facilities, shortening the construction period is essential for business continuity and cost reduction. Traditional foundation work involves many time-consuming processes, such as the production of cement milk and the installation and dismantling of formwork. These processes can lead to increased labor and material costs. The Super Lapple Elneed method addresses these challenges and achieves a significant reduction in construction time. 【Application Scenarios】 - Power plants - Substations - Plants - Other energy-related facilities 【Benefits of Implementation】 - Significant reduction in construction time - Cost savings - Early resumption of business

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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Achieving overwhelming reduction in construction time for base station installation.

Achieving overwhelming reduction in construction time for base station installation.

Comparison of construction methods and processes / The reason for the overwhelmingly fast construction time

In the telecommunications industry, the installation of base stations presents a significant challenge in terms of shortening construction periods. Rapid infrastructure development leads to early service provision and establishes competitive advantages. Traditional construction methods have prolonged construction periods due to processes such as slurry production and the installation and dismantling of formwork. The Super Lapel Elneed method achieves a substantial reduction in construction time by omitting these processes. 【Usage Scenarios】 - New base station installation - Base station expansion - Reinforcement of existing base stations 【Benefits of Implementation】 - Significant reduction in construction time - Cost savings - Early commencement of service provision

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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Foundation method that achieves overwhelming shortening of construction time for hospital expansion.

Foundation method that achieves overwhelming shortening of construction time for hospital expansion.

Achieved overwhelming reduction in construction time compared to other methods.

In hospital expansions, the construction period is a very important factor. Considering the patient acceptance system and the impact on the surrounding area, shortening the construction period provides significant benefits. Traditional construction methods involve many time-consuming processes, such as the production of cement milk and the installation and dismantling of formwork. The Super Lapple Elneed method significantly reduces these processes, achieving a shorter construction period. 【Usage Scenarios】 - Hospital expansion projects - New ward construction - Parking lot expansion projects 【Effects of Implementation】 - Significant reduction in construction period - Cost savings - Reduced impact on the surrounding area

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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Foundation construction methods that achieve overwhelming shortening of construction periods for commercial facilities and store expansions.

Foundation construction methods that achieve overwhelming shortening of construction periods for commercial facilities and store expansions.

It achieves an overwhelming reduction in construction time compared to other methods.

In commercial facilities and store development, shortening the construction period is extremely important. Especially in the case of new store openings or renovations of existing stores, the time until opening significantly impacts sales. Prolonged construction periods can lead to increased costs such as rent and labor, which can pressure profitability. The Super Rappeler Need construction method achieves significant reductions in construction time compared to cement milk methods and Rappeler methods. This contributes to the early opening of commercial facilities and accelerates store development. 【Usage Scenarios】 - Construction of new stores - Renovation of existing stores - Expansion of commercial facilities 【Benefits of Implementation】 - Significant reduction in construction time - Cost savings - Early profitability - Acceleration of store development

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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Foundation construction method that achieves overwhelming shortening of construction time for hotels.

Foundation construction method that achieves overwhelming shortening of construction time for hotels.

It achieves an overwhelming reduction in construction time compared to other methods.

In the hotel industry, the expansion of guest rooms is essential for improving profitability, but the length of construction time poses a significant challenge. Particularly when construction is carried out while the existing hotel is in operation, the longer the construction period, the greater the impact on business operations. The Super Rappeler Elneed method achieves an overwhelming reduction in construction time compared to traditional methods, enabling early expansion of guest rooms in hotels. 【Usage Scenarios】 - Guest room expansion construction - Renovation of existing hotels - Construction of hotels requiring ground improvement 【Benefits of Implementation】 - Significant reduction in construction time - Minimization of impact on business operations - Cost reduction

  • 67ea78497424eed9679815a182c5a3db-1024x768.jpg
  • Ground foundation construction method
  • Construction method

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[For Construction] Super Rappuru Foundation Method Technical Documentation

[For Construction] Super Rappuru Foundation Method Technical Documentation

Excerpt from design materials! Providing information useful for the design and construction of ground improvement.

In the construction industry, ground improvement is essential for ensuring the safety and durability of buildings, as it requires an accurate understanding of the ground's bearing capacity and settlement. Inadequate ground improvement can lead to serious accidents such as differential settlement or collapse of structures. The technical documentation for the Super Rappu Foundation Method (El Nido Method) covers necessary information for ground improvement, including design policies, bearing capacity and load degree of the underlying ground, immediate settlement amounts, and calculation formulas for the design standard strength Fc of the construction area. By utilizing this documentation, safer and more reliable ground improvement work can be achieved. 【Usage Scenarios】 - Foundation work for buildings - Construction of roads and bridges - Ground improvement for developed land 【Effects of Implementation】 - Improved ground stability - Enhanced safety of buildings - Increased efficiency of construction

  • Ground foundation construction method
  • Construction method

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Super Rappuru Erunido Method for Public Facilities

Super Rappuru Erunido Method for Public Facilities

[NETIS Registration] A technology that allows for direct confirmation of the supporting ground and enables construction while adjusting the amount of solidifying material and water!

The stability of the ground is extremely important for maintaining the functionality of public facilities. In the renovation of aging facilities and the construction of new ones, ground subsidence and differential settlement pose significant issues that can compromise the safety and durability of the facilities. The Super RAPL El Niño method directly verifies the supporting ground and adjusts the amount of solidifying material and water to achieve optimal ground improvement. This contributes to the long-term maintenance of public facilities. 【Usage Scenarios】 - Foundation work for public facilities - Ground improvement for aging facilities - Seismic reinforcement work 【Effects of Implementation】 - Improved ground stability - Enhanced safety of facilities - Long-term maintenance of functionality

  • ?型枠を使用せず、掘削穴側面を利用して混合(スーパーラップルエルニード工法).JPG
  • Ground foundation construction method
  • Construction method

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[For Factories] Super Rappuru Elneed Method

[For Factories] Super Rappuru Elneed Method

[NETIS Registration] A technology that allows for direct confirmation of the supporting ground and enables construction while adjusting the amount of solidifying material and water!

In factories, stable operation of the production line is required, and the stability of the ground is an important factor. Ground subsidence and differential settlement can lead to equipment failure and decreased production efficiency. The Super Rappu Elniido method directly verifies the supporting ground and adjusts the amount of solidifying material and water to enhance ground stability, contributing to the maintenance of productivity. 【Usage Scenarios】 - New construction or renovation of factory buildings - Expansion of production equipment - Areas requiring ground improvement 【Effects of Implementation】 - Improved ground stability - Stable operation of the production line - Increased equipment longevity

  • ?型枠を使用せず、掘削穴側面を利用して混合(スーパーラップルエルニード工法).JPG
  • Ground foundation construction method
  • Construction method

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Super Rappu Elniido Method for Safety Education

Super Rappu Elniido Method for Safety Education

[NETIS Registration] A technology that allows for direct confirmation of the supporting ground and enables construction while adjusting the amount of solidifying material and water!

In the field of safety education, understanding ground improvement techniques at construction sites is crucial. In particular, technologies that ensure the stability and safety of the ground are essential for accident prevention. The Super Rappu Elniido method allows for direct verification of the supporting ground and enables construction while adjusting the amount of solidifying material and water, thereby achieving safe ground improvement. Understanding this technology is beneficial for enhancing safety at construction sites. 【Utilization Scenes】 - Education on construction technology - Learning about ground improvement techniques - Training on safety management 【Effects of Implementation】 - Promotion of understanding of ground improvement techniques - Improvement of safety awareness at construction sites - Reduction of accident risks

  • ?型枠を使用せず、掘削穴側面を利用して混合(スーパーラップルエルニード工法).JPG
  • Ground foundation construction method
  • Construction method

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[Must-See for Designers] Design Guidelines Covering Calculation Formulas for Bearing Capacity and Settlement Amount

[Must-See for Designers] Design Guidelines Covering Calculation Formulas for Bearing Capacity and Settlement Amount

[Must-See for Designers] Design Guidelines Covering Calculation Formulas for Support Force and Settlement Amount

This is a technical design document that can be directly used for structural calculation suitability judgment (suitability judgment) and confirmation applications. It includes detailed formulas and justifications necessary for design practice, such as specific "bearing capacity calculation formulas for the underlying ground during development" and "methods for calculating immediate settlement." Please use it as foundational material for considering replacements from ripple concrete or for VE proposals. [Contents] Overview and characteristics of the construction method Structure of design guidelines and required performance Basic design matters and examination items Definitions of terms ▼ For detailed design justifications, please refer to the "Design and Construction/Quality Management Guidelines" below.

  • Ground foundation construction method
  • Construction method

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APLAS sheet method for infrastructure

APLAS sheet method for infrastructure

A reinforcement method that contributes to leak prevention and excels in construction period, cost, and workability.

In preventing water leakage in infrastructure structures, long-term durability and reliable water-stopping performance are required. Particularly in areas such as underground structures and waterways that are constantly exposed to water pressure and humid environments, highly reliable reinforcement is essential. Insufficient reinforcement can lead to deterioration of the structure and a decrease in functionality due to leakage. The APLAS sheet method is a new technique specialized in reinforcing concrete structures to address these challenges. 【Usage Scenarios】 - Water leakage measures for underground structures - Repair of tunnel inner walls - Water stopping for waterways and dams 【Effects of Implementation】 - Reliable water leakage prevention - Improved durability of structures - Reduction in maintenance costs

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  • Special Construction Method
  • Construction method

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APLAS Sheet Method for the Chemical Industry

APLAS Sheet Method for the Chemical Industry

For the corrosion protection of storage tanks, a reinforcement method that excels in construction period, cost, and workability.

In the chemical industry, storage tanks require high durability and long-term protection as corrosion countermeasures. In particular, corrosion from stored substances and deterioration due to environmental factors can impact the safety and lifespan of the tanks. In response to these challenges, the APLAS sheet method offers a new approach specialized in reinforcing concrete structures. 【Application Scenarios】 - Reinforcement of concrete for chemical storage tanks - Corrosion countermeasures in plant facilities - Improvement of durability in infrastructure structures 【Effects of Implementation】 - Shortened construction period for reinforcement work - Reduction in direct construction costs such as labor and temporary scaffolding expenses - High workability that allows for easy dimensional adjustments on site

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  • Special Construction Method
  • Construction method

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Medical APLAS Sheet Method

Medical APLAS Sheet Method

A reinforcement method that excels in construction period, cost, and workability to address on-site challenges!

In the medical field, advanced hygiene management and stable operation of equipment are required. Particularly in environments where contamination prevention measures are essential, the durability of equipment and ease of maintenance become important. Existing construction methods may require a significant amount of time for installation or necessitate special equipment. The APLAS sheet method provides an efficient and effective solution to these challenges. 【Usage Scenarios】 - Protection of medical devices - Reinforcement of clean room facilities - Barrier materials for areas at risk of contamination 【Benefits of Implementation】 - Reduced downtime due to rapid installation - Lower maintenance costs - Contribution to maintaining a hygienic environment

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  • Special Construction Method
  • Construction method

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APLAS sheet method for mining applications

APLAS sheet method for mining applications

A reinforcement method that addresses the challenges of wastewater treatment facilities, excelling in construction period, cost, and workability.

In wastewater treatment facilities in the mining sector, the durability of structures and stable operation are required. Particularly in environments exposed to highly corrosive wastewater, the deterioration of concrete structures tends to progress, leading to challenges in maintaining the facility's functionality. In response to these challenges, the APLAS sheet method contributes as a new technique for efficiently reinforcing concrete structures. 【Usage Scenarios】 - Reinforcement of concrete structures in wastewater treatment facilities - Protection of equipment in corrosive environments - Extension of the lifespan of infrastructure facilities 【Effects of Implementation】 - Shortened construction period for reinforcement work - Reduction in direct construction costs such as labor and temporary scaffolding expenses - High workability that allows for easy dimensional adjustments on-site

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  • Special Construction Method
  • Construction method

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APLAS sheet method for automobiles

APLAS sheet method for automobiles

A reinforcement method that excels in construction period, cost, and workability to address on-site challenges!

In the automotive industry, effective soundproofing measures are required to enhance the quietness inside vehicles. In particular, reducing road noise and engine sounds while driving is a crucial factor directly linked to a comfortable ride. If these noise control measures are insufficient, it may lead to fatigue for drivers and passengers. The APLAS sheet method contributes to addressing these challenges by achieving shorter construction periods, cost reductions, and excellent workability as a new reinforcement method. 【Usage Scenarios】 - Application of soundproofing materials to body panels - Sound absorption and sound insulation around the engine compartment - Vibration damping and sound absorption of interior panels 【Benefits of Implementation】 - Increased productivity due to reduced construction time - Cost advantages from savings in labor and material costs - High workability that allows for easy dimensional adjustments on-site

  • others
  • Special Construction Method
  • Construction method

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