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

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

4231~4260 item / All 4430 items

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Residual Soil Reduction RES-P Method for Land Development

Land development on weak ground! Soil reinforcement with no soil removal and low noise.

In the development of residential land on soft ground, appropriate ground reinforcement is crucial to prevent future building settlement. Leaving soft ground as it is can lead to differential settlement, which may affect the land and buildings after development. In response to these challenges, the RES-P method of non-excavation rotary penetration technology provides a smart solution. This method does not use cement solidifiers and only drives steel pipes into the ground, resulting in no residual soil that becomes industrial waste. This reduces disposal costs and the hassle of transporting soil, contributing to overall cost reduction for the project. Additionally, it generates less vibration and noise during installation, allowing construction to proceed with minimal impact on the surrounding environment, even in sites where consideration for neighbors is required. The lightweight construction equipment also helps maintain a clean site condition, facilitating a smooth transition to the next phase of work. GeoTech Co., Ltd. offers ground reinforcement that balances cost reduction and environmental protection through high-precision construction management and quality assurance systems. 【Usage Scenarios】 - Development of residential land on soft ground - Development of land for housing - Site development for small-scale buildings 【Benefits of Implementation】 - Reduction of residual soil disposal costs - Overall cost reduction for the project - Decreased noise and vibration impact on neighbors - Increased efficiency of on-site work

  • Ground improvement
  • Ground foundation construction method
  • Pile and foundation work
  • Construction method

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RES-P method for reducing leftover soil costs in residential construction.

No soil disposal and low noise ground reinforcement! Cost reduction with zero leftover soil.

In the residential construction industry, it is important to implement appropriate ground reinforcement measures to ensure the long-term safety of buildings. If weak ground is left unaddressed, differential settlement may occur, leading to tilting of the building and structural issues. In response to these challenges, the RES-P method, a non-dredging rotary penetration technology, drives pipes into the ground without using cement, resulting in no residual soil that becomes industrial waste. This reduces the disposal costs and logistical efforts associated with residual soil, contributing to overall cost reduction for the project. Additionally, it generates minimal vibration and noise during installation, allowing for construction with reduced impact on neighboring areas. The lightweight construction equipment helps maintain a clean site condition, facilitating a smooth transition to the next phase of work. GeoTech Co., Ltd. provides ground reinforcement that balances cost reduction and environmental protection through high-precision real-time construction management and quality assurance systems. 【Application Scenarios】 - Residential construction on weak ground - Construction work on narrow sites - Sites requiring consideration for neighbors - Cases aiming for shortened construction periods and cost reduction 【Benefits of Implementation】 - Reduction in residual soil disposal costs - Decrease in logistical efforts and costs - Mitigation of noise and vibration impact on neighbors - Maintenance of site aesthetics and smooth transition between processes - Reduction of environmental impact

  • Ground improvement
  • Ground foundation construction method
  • Pile and foundation work
  • Construction method

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SMD method for visualizing construction data and ensuring reliable quality for residential construction.

Visualizing reliable construction quality through real-time data tracking and ISO quality management.

In the residential construction industry, the stability of the ground is extremely important to ensure the long-term safety and durability of buildings. In particular, improving earthquake resistance against natural disasters such as earthquakes is an essential factor in protecting the safety of residents. To prevent the risk of ground subsidence in advance and guarantee the structural safety of buildings, quantitative ground evaluation and advanced site management are required. The SMD pile method provided by Geotech Co., Ltd. is a Minister of Land, Infrastructure, Transport and Tourism certified rotary-driven steel pipe pile method that leverages visualization of construction and a strict quality control system to address these challenges. 【Usage Scenarios】 - Ground reinforcement for new residential buildings - Improvement of earthquake resistance for existing homes - Reduction of differential settlement risks 【Benefits of Implementation】 - Uniform and high construction quality that does not depend on the operator's experience - Increased reliability through scientific and objective stopping criteria - Response to various ground guarantees backed by reliable data

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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SMD method that visualizes construction data for commercial facility construction and ensures quality.

Visualizing reliable construction quality through real-time data tracking with construction management devices and ISO quality management.

In the construction of commercial facilities, a strong and durable foundation is required for long-term stable operation and the safety of users. This is especially important for large structures and facilities used by many people, where reducing the risk of ground subsidence and ensuring structural safety are critical. Inadequate ground reinforcement can lead to early deterioration of the facility or unexpected damage. The SMD pile method by Geotech Co., Ltd. is a Ministry of Land, Infrastructure, Transport and Tourism certified rotary-driven steel pipe pile method that addresses these challenges through the visualization of construction data and a strict quality control system. In addition to the high bearing capacity provided by the special inner and outer wings at the tip of the steel pipe, real-time monitoring and automatic recording of torque and depth data through construction management devices, along with objective stopping judgments by cross-referencing ground investigation data, achieve uniform and high construction quality that does not rely on the operator's experience. With an ISO 9001-compliant quality management system, traceability is established from material procurement to site management and report preparation, ensuring reliable data backing for various ground guarantees. 【Usage Scenarios】 - Ground improvement in the new construction of commercial facilities - Ground reinforcement during the expansion or renovation of existing commercial facilities - Stabilization of extensive ground areas such as parking lots and plazas

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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SMD method for construction data visualization and ensuring reliable quality for factory construction.

Real-time data tracking with construction management devices for factory construction and visualization of reliable construction quality through ISO quality management.

In the factory construction industry, a strong and low-subsidence risk foundation is required for long-term stable operation and productivity maintenance. Particularly when installing large equipment or precision instruments, even slight ground fluctuations can lead to production line stoppages or declines in product quality. Therefore, the elimination of subsidence risks through quantitative ground evaluation and advanced site management is essential. The SMD pile method provided by Geotech Co., Ltd. is a Minister of Land, Infrastructure, Transport and Tourism certified rotary-driven steel pipe pile method that emphasizes construction visualization and strict quality control, contributing to the stabilization of the ground in factory construction. 【Usage Scenarios】 - Ground improvement at the installation site of large production equipment - Subsidence prevention in precision equipment installation areas - Ground stabilization across the entire factory site 【Benefits of Implementation】 - Supports stable operation of production lines - Contributes to maintaining product quality - Ensures long-term safety of buildings

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Thorough quality control through construction data visualization using the Geo-column method.

Real-time visualization of construction data at all times! The Geo-column method builds a reliable foundation through thorough quality control with automatic management measurement devices.

To ensure long-term safety in ground reinforcement work, it is extremely important to objectively and rigorously manage and visualize the quality of the underground improvement bodies that become invisible. The Geo-Column method is an advanced construction management technology that comes standard with high-performance automatic monitoring and measurement equipment on the construction machine, allowing for real-time monitoring and automatic collection of data such as excavation depth, rotation speed, rotation torque, cement slurry discharge amount, and pressure. Based on objective numerical data that does not rely solely on experience or visual inspection, it reliably demonstrates the formation of a support layer fixation and homogeneous, strong soil-cement columns (standard diameter φ600mm, depth GL-2 to 8m) as designed. Geotech Co., Ltd. has established an electronic storage system for all construction data and a complete traceability system, maintaining quality assurance over the long term even after construction. Through a nationwide network of designated construction companies and our own integrated support system, we provide high-precision and reliable top-level ground reinforcement services.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Achieving reliable ground improvement even on small sites with the Geo-Column method.

Smooth delivery even in narrow spaces and densely populated urban areas! The GeoColumn method provides space-saving and high-precision installation with a highly mobile specialized construction machine.

In building plans for densely populated urban residential areas or sites with narrow access roads, ground reinforcement techniques that ensure effective settlement measures while overcoming constraints on equipment delivery and turning space are required. The Geo-Column method employs compact and highly mobile specialized construction machinery and plant equipment, allowing for efficient work even in limited working spaces through deep ground mixing treatment technology. It mechanically mixes local soil and cement-based solidifying material slurry at depth to form homogeneous soil-cement column improvements underground. This method is primarily designed for sites with soft layers existing from GL-2m to GL-8m, and it secures the tips of the improvement bodies into good ground with a cohesive soil N value exceeding 3 and a sandy soil N value exceeding 4, establishing a depth of over 50 cm to completely prevent uneven settlement accidents caused by the weight of the building. With flexible machinery selection tailored to the site’s delivery conditions and a comprehensive management system by Geotech Co., Ltd., we support foundation reinforcement work in narrow sites quickly and safely.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Geo-column method that protects the asset value of buildings and achieves longevity.

Prolong the lifespan of buildings and permanently protect asset value! The GeoColumn method prevents settlement accidents in advance with strong columnar improvements using cement slurry mixing.

To safely maintain residential and architectural structures over the long term and protect their asset value as real estate, ground reinforcement work with reliable settlement prevention measures serves as the most important foundation. The Geo-Column method is an improvement technique that forms high-strength soil-cement columns integrated into the ground by injecting cement-based solidifying material slurry into soft ground and mechanically mixing it with a specialized drilling and mixing machine. It primarily addresses soft layers from GL-2m to GL-8m, ensuring that the column tips penetrate and anchor into good ground with a cohesive soil N value exceeding 3 and a sandy soil N value exceeding 4, thereby preventing differential settlement accidents caused by the weight of the building and uneven loads. During construction, torque and discharge volume are continuously monitored, and strict quality assurance based on numerical data is provided. With Geo-Tech Co., Ltd.'s comprehensive in-house management system and capability to respond to various major ground guarantee insurances, we will continue to strongly protect the safety of our clients' valuable assets and lives into the future.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Pure pile method supporting residential loads with a large number of small-diameter piles.

GeoTech proposes the pure pile method, which is optimal for single-family homes, by arranging numerous small-diameter reinforcement bodies with a diameter of 20 cm to distribute the building load over a surface.

When planning a building, it is essential to comply with regulations and accurately assess whether the ground can safely withstand the building loads, selecting appropriate ground reinforcement work. The Pure Pile method proposed by Geotech Co., Ltd. is a ground reinforcement technology for single-family homes that constructs straight piles underground using high-strength cement milk. Unlike conventional columnar improvement methods, it adopts a design specification that balances a large number of small-diameter reinforcement bodies with a design pile diameter of 20 cm, dramatically reducing the risk of differential settlement by evenly distributing the overall building load. Additionally, the direct replacement structure, which does not mix the local soil with cement, is unaffected by soil quality, allowing for stable acquisition of high strength and excellent vertical support even in humus-rich ground. The straight rod structure, which does not produce excavated soil, significantly reduces the amount of residual soil generated, enabling economical construction. Geotech ensures high reliability in construction quality by having qualified dedicated engineers on-site and implementing real-time data management.

  • Ground improvement
  • Ground foundation construction method
  • Pile and foundation work
  • Construction method

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Ground reinforcement work | Pure pile method supporting residential loads with multiple small-diameter pile installations.

GeoTech proposes a reliable pure pile method that has obtained GBRC performance certification, with numerous reinforcement bodies designed with a diameter of 20 cm arranged to evenly support the building load.

To ensure the long-term structural safety of buildings at a high level, it is essential to accurately analyze pre-construction ground survey data and carry out ground reinforcement work to prevent settlement accidents. The Pure Pile method proposed by Geotech Co., Ltd. is a reliable ground reinforcement technology that involves driving straight pile bodies into the ground using high-strength cement milk. It adopts a design concept that balances the placement of numerous small-diameter reinforcement bodies with a design pile diameter of 20 cm, effectively distributing the building's weight and uneven loads across multiple points to dramatically suppress differential settlement accidents. The insertion principle, which expands the ground laterally during excavation, allows for excellent vertical support performance without disturbing the surrounding ground. Additionally, due to its 100% cement milk structure that does not mix with local soil, it maintains stable high strength even in humus-rich ground. At Geotech, under an ISO-certified management system, certified construction engineers are on-site, and depth and construction torque are electronically recorded and managed with dedicated monitoring equipment, ensuring reliable quality assurance and a high level of peace of mind for our clients.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Pure pile method that supports residential loads with a large number of small-diameter piles.

GeoTech proposes the Pure Pile method, which is optimal for single-family homes, by arranging numerous small-diameter reinforcement bodies with a diameter of 20 cm to distribute the building load over a surface.

When planning a building, it is essential to comply with regulations and accurately assess whether the ground can safely withstand the building's load, selecting appropriate ground reinforcement work. The Pure Pile method proposed by Geotech Co., Ltd. is a ground reinforcement technology for single-family homes that constructs straight piles underground using high-strength cement milk. Unlike traditional columnar improvement methods, it adopts a design specification that balances the placement of numerous small-diameter reinforcement bodies with a design pile diameter of 20 cm, dramatically reducing the risk of uneven settlement by evenly distributing the building's overall load. Additionally, the direct replacement structure, which does not mix the local soil with cement, is unaffected by soil quality, allowing for stable acquisition of high strength and excellent vertical support even in humus-rich ground. The straight rod structure, which does not generate excavated soil, significantly reduces the amount of residual soil, enabling economical construction. Geotech ensures high reliability in construction quality through the presence of qualified dedicated engineers and real-time data management.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Supporting the Pure Pile method with public performance certification and data management

Real-time measurement management of reliable specifications and construction data for GBRC performance certification. Geotech proposes the Pure Pile method that guarantees quality and peace of mind.

To eliminate the risk of differential settlement in buildings and establish long-term safety, it is essential to carry out ground reinforcement work based on reliable data and objective technical assessments. The Pure Pile method proposed by Geotech Co., Ltd. is a ground reinforcement technology that has obtained public performance certification, which constructs a reliable support foundation using high-strength cement milk. It adopts a 100% cement milk replacement structure that does not mix with local soil, ensuring uniform high pile strength as designed, even in soft ground such as humus layers, without being affected by soil quality. By designing a balanced arrangement of numerous small-diameter reinforcement bodies with a design pile diameter of 20 cm, it effectively distributes the building load over a surface, preventing settlement accidents before they occur. At Geotech, under an ISO-certified quality management system, specialized construction engineers use construction management devices on-site to automatically record and manage penetration depth and torque data in real-time. We deliver reliable construction quality based on clear objective evidence.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | The Σ-i method backed by excellent reliability with GBR-C performance certification.

Obtained performance certification from the Japan Architectural Comprehensive Testing Institute! We promise high-precision foundation anchoring with advanced rotary penetration technology and comprehensive parts management.

To maintain the structural stability of buildings over the long term, scientifically grounded ground reinforcement work tailored to the soil conditions at the construction site is essential. Building on weak ground can lead to serious issues such as tilting of the structure and cracks in the exterior walls due to uneven settlement. The "Σ-i Method" (Sigma-I Method) developed by Geotech Co., Ltd. is a highly reliable pile-type ground reinforcement technology that has obtained the Building Technical Performance Certification (GBRC Performance Certification No. 10-13) from the Japan Architectural Institute Foundation. The excavation blade installed at the tip of the steel pipe, along with the integrally molded spiral wings, generates strong penetration thrust, allowing for smooth anchoring into hard ground and ensuring reliable tip support. The rotary penetration method, which does not use cement milk, generates no construction waste, significantly reducing environmental impact as well as vibrations and noise to nearby areas. Under strict design and construction management by certified professional engineers and a real-time data monitoring system, we provide the highest level of construction quality and peace of mind to our clients.

  • Ground improvement
  • Ground foundation construction method
  • Pile and foundation work
  • Construction method

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Ground reinforcement work | Supported by GBR-C performance certification and construction management data, Σ-i method

Obtained performance certification from the Japan Architectural Comprehensive Testing Institute! Demonstrating high reliability and safety through real-time construction data analysis and comprehensive parts management.

To ensure the structural safety of buildings over a long period, it is essential to conduct objective ground evaluations based on public standards and to carry out ground reinforcement work backed by reliable data. Accidents caused by insufficient ground bearing capacity, leading to differential settlement, are the primary factors that result in structural damage and a significant drop in asset value. The "Σ-i Method" (Sigma-i Method) provided by Geotech Co., Ltd. is an extremely reliable ground reinforcement technology that has obtained the Building Technical Performance Certification (GBRC Performance Certification No. 10-13 Rev. 2) from the Japan Building Disaster Prevention Association. The advanced four-blade excavation cutter and integrally molded spiral wings generate excellent penetration thrust, ensuring secure anchoring into hard bearing layers and demonstrating powerful end bearing capacity. During construction, a dedicated management device installed on all construction machines automatically measures and tracks the rotational torque and installation depth, objectively proving the performance as planned through numerical data. Furthermore, thorough lot management of all end wing parts ensures high quality assurance and compliance.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Highly supportive Σ-i method that flexibly responds from retaining walls to buildings.

Flexible support from small buildings to high retaining walls! The Σ-i method provides overwhelming penetration performance and support strength with its monolithic wing, safely supporting a variety of structures.

To safely maintain structures such as buildings and retaining walls over the long term, it is essential to accurately assess the allowable stress of the local ground and implement optimal ground reinforcement work. If construction is carried out on insufficiently strong soft ground, differential settlement can occur, leading to catastrophic damage such as distortion of the structure and cracks in the exterior walls. The "Σ-i Method" (Sigma-i Method) provided by Geotech is an advanced pile-type ground reinforcement technology equipped with four excavation blades and a monolithic spiral wing at the tip of a small-diameter steel pipe. Its unique four-blade structure and spiral wing generate high-efficiency penetration thrust, allowing it to smoothly reach hard supporting ground and exhibit powerful end-bearing capacity. The rotary insertion method, which does not use cement milk or similar materials, generates no construction waste, reducing disposal costs and minimizing noise and vibration to neighboring areas. It has obtained GBR-C performance certification from the Japan Building Comprehensive Testing Institute, reliably meeting a wide range of design needs from single-family homes to retaining wall foundations.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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Ground reinforcement work | Delivering trust through full lot management and data management with the Σ-i method.

Thorough management of all parts and real-time construction data recording! The Σ-i method delivers trust with high-precision termination judgment and a highly transparent quality assurance system.

To ensure the long-term structural safety of buildings, it is essential to accurately assess the performance of the foundation subsoil and carry out appropriate ground reinforcement work. Proceeding with construction while the soil strength is insufficient can lead to distortions and cracks in the structure due to differential settlement, significantly compromising the overall durability of the building. The "Σ-i Method" (Sigma-i Method) provided by Geotech Co., Ltd. is a pile-type ground reinforcement technology that combines excellent penetration capability with reliable quality control. The four excavation blades at the tip of the steel pipe and the integrally molded spiral wings generate powerful thrust, allowing for smooth anchoring to the target bearing layer and ensuring reliable end bearing capacity. During construction, a construction management device, standardly equipped on all machines, automatically records rotational torque and penetration depth, enabling objective termination judgment based on data. Additionally, high traceability is established through lot management with serial numbers for all tip wing parts. It has obtained GBR-C performance certification from the Japan Building Comprehensive Testing Institute, firmly supporting the foundation of structures with solid quality.

  • Residential foundations
  • Renovation and repair methods
  • Other civil engineering works
  • Construction method

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[For Logistics Centers] 'LCS-R Method' Metal Roof Renovation Waterproofing

Ideal for renovating folded plate roofs and tile batten roofs! Achieve longevity with rust prevention effects.

The metal roofs of logistics centers face challenges such as leaks and rust due to aging. The 'LCS-R Method' is an optimal waterproofing technique for the renovation of standing seam roofs and tile roofs, achieving high rust prevention effects and durability. 【Usage Scenarios】 * Metal roofs of logistics centers * Metal roofs of warehouses * Metal roofs of factories and similar structures * Deterioration due to leaks and rust * Improvement of durability * Rust prevention effects 【Effects of Implementation】 By implementing the 'LCS-R Method', the metal roofs of logistics centers can be extended in lifespan, preventing issues caused by leaks and rust. Additionally, the improvement in sound insulation contributes to enhancing the working environment.

  • Waterproof sheet
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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Rivet Roof LCS Method for PVC Sheet Waterproofing for Commercial Facilities

A waterproof construction method that utilizes the lightweight nature of metal roofs to achieve energy savings and a shortened construction period.

In commercial facilities, energy efficiency is required to reduce building operating costs and maintain a comfortable environment. Particularly for roofs, improving insulation performance significantly impacts heating and cooling efficiency, directly contributing to energy savings. Additionally, renovations with short construction periods that do not affect the facility's operations are also emphasized. Archiyamade's "Rivet Roof LCS Method" addresses these challenges by maximizing the lightweight nature of metal roofs while ensuring reliable waterproofing and insulation performance. 【Usage Scenarios】 - Shopping malls and stores - Office buildings - Commercial complexes 【Benefits of Implementation】 - Energy savings from improved heating and cooling efficiency - Reduced building load through combination with lightweight metal roofs - Minimization of impact on facility operations due to short construction periods

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  • Waterproof sheet
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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PVC Sheet Waterproofing Material Rivet Roof LCS Method for Data Centers

A lightweight and highly durable metal roof waterproofing method that supports temperature management in data centers.

In the data center industry, precise temperature management and high waterproof performance are required for the stable operation of server equipment. Water leaks from the outside can pose a significant risk that directly leads to equipment failure and data loss. Additionally, to efficiently manage the heat of the equipment, the insulation performance of the roof is also important. Archiyamade's "Rivet Roof LCS Method" leverages the lightweight nature of metal roofs while providing reliable waterproof and insulation performance, supporting the stable operation of data centers. ## Use Cases * Waterproofing of data center roofs * Temperature management around server rooms * Waterproof and insulation measures that support the stable operation of equipment ## Benefits of Implementation * Reduced risk of server equipment failure * Maintenance of a stable temperature environment * Cost-effective waterproof and insulation solutions

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  • Waterproof sheet
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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PVC sheet waterproofing material rivet roof LCS method for logistics centers

Insulated waterproof construction method to support temperature maintenance in logistics centers.

In logistics centers, maintaining the quality of stored goods and temperature control is of utmost importance. In particular, the insulation and waterproofing performance of the roof, which is easily affected by external environmental factors, is essential for stable temperature maintenance. Inadequate insulation can lead to decreased heating and cooling efficiency, potentially compromising the accuracy of temperature management. Akiyamada's "Rivet Roof LCS Method" leverages the lightweight nature of metal roofs while ensuring reliable waterproofing and insulation performance, contributing to stable temperature maintenance in logistics centers. 【Usage Scenarios】 - Factories, warehouses, commercial facilities, exhibition halls, etc. - Steel frame buildings - Metal roofs using deck plates 【Benefits of Implementation】 - Lightweight with high cost performance - Construction possible in a short period - Maximizes the advantages of metal roofs - Reliable waterproofing and insulation performance

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  • Waterproof sheet
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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PVC Sheet Waterproofing Material Rivet Roof LCS Method for Public Facilities

A lightweight and highly durable metal roof waterproofing method that contributes to the longevity of public facilities.

In public facilities, there is a demand for long-term stable operation and the suppression of maintenance costs. In particular, roofs play a crucial role in protecting buildings from wind and rain and maintaining the comfort of internal spaces. The decline in waterproof performance due to aging can lead to leaks and damage to building materials, potentially resulting in large-scale repairs. Therefore, not only initial investment but also durability and maintainability from a long-term perspective are emphasized. Archiyamade's "Rivet Roof LCS Method" contributes to the longevity of public facilities by leveraging the lightweight nature of metal roofs while ensuring reliable waterproof performance and high durability. 【Usage Scenarios】 - Public buildings such as schools, libraries, and government offices - Medical and welfare facilities such as hospitals and welfare centers - Sports and recreation facilities such as gymnasiums and domes 【Effects of Implementation】 - Suppression of maintenance costs due to the longevity of the building - Maintenance of comfort for facility users by reducing the risk of leaks - Consideration for construction costs through the combination with lightweight metal roofs

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  • Waterproof sheet
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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PVC sheet waterproofing LCS method for sports facilities, metal roof insulation waterproofing method

A lightweight and short-term metal roof waterproofing method that supports a comfortable space in sports facilities.

In sports facilities, it is important to ensure waterproofing from roof leaks and thermal insulation performance to maintain user comfort. Especially in large facilities, the roof area is extensive, and maintenance frequency and costs must also be considered. Our "Rivet Roof LCS Method" leverages the lightweight nature of metal roofs while providing reliable waterproofing and thermal insulation performance, contributing to the creation of comfortable spaces. 【Usage Scenarios】 - Indoor sports facilities such as gymnasiums and martial arts dojos - Partial roofing for outdoor facilities like tennis courts and baseball fields - Spectator seating areas - Training gyms 【Benefits of Implementation】 - Prevents leaks and maintains a comfortable usage environment - Contributes to improved heating and cooling efficiency and comfortable temperature management through insulation effects - Reduces the overall load on the building when combined with lightweight metal roofs - Allows for construction in a short period, minimizing impact on facility operations

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  • Waterproof sheet
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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Rivet Roof LCS Method for PVC Sheet Waterproofing for Research Facilities

A lightweight and highly durable metal roof waterproofing method that contributes to maintaining a stable environment in research facilities.

In research facilities, it is essential to maintain a constant environment for the stable operation of experimental and observational equipment. Fluctuations in temperature and humidity can affect the performance of precision instruments and introduce uncertainty into research results. Therefore, the waterproofing performance of a building becomes an important factor, not only in preventing moisture intrusion from the outside but also in contributing to the maintenance of the internal environment. Archiyamade's "Rivet Roof LCS Method" supports the establishment of a stable environment in research facilities by leveraging the reliable waterproofing performance along with the advantages of lightweight metal roofs, high cost performance, and short construction periods. 【Application Scenes】 - Roofs of laboratories where precision instruments are installed - Roofs of storage facilities where temperature and humidity management are crucial - Roofs of observational facilities that are easily affected by external environmental factors 【Effects of Implementation】 - Prevents moisture intrusion from the outside and contributes to the stabilization of the internal environment - Reduces the burden on the building by combining with lightweight metal roofs - Minimizes the impact on research activities through construction with a short timeline

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  • Waterproof sheet
  • Waterproofing work
  • Roof and gutter construction
  • Construction method

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Highchem AY Corrosion Protection D-Y Method for Chemical Plants

Corrosion challenges in chemical plants. High corrosion-resistant and durable anti-corrosion lining materials.

In chemical plant equipment, corrosion caused by chemicals can be a serious issue. In particular, concrete structures are vulnerable to acidic substances, and as corrosion progresses, it can lead to a reduction in the lifespan of the equipment and a decrease in safety. In response to these challenges, the Hi-Chem AY anti-corrosion D-Y method overcomes the weaknesses of conventional polyurea resins in chemical resistance, protecting concrete structures even in the harsh environments of chemical plants. By using a special blend of inorganic components, it achieves high corrosion resistance while maintaining the inherent excellent properties of polyurea, such as "sprayability," "quick drying," and "environmental compatibility," making it less susceptible to chemical intrusion. 【Application Scenarios】 - Interior protection of chemical storage tanks - Corrosion prevention for reaction vessels, piping, etc. - Concrete protection for wastewater treatment facilities 【Benefits of Implementation】 - Reduction in maintenance costs due to extended equipment lifespan - Decreased risk of accidents caused by corrosion - Possible installation in operating facilities with short construction periods

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  • Sewerage facilities
  • Flood prevention facilities, fire tanks, and flood control ponds
  • Construction method

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High-Chem AY Anti-Corrosion D-Y Method for Port Facilities

High corrosion-resistant and durable anti-corrosion lining material for port facilities

In port facilities, measures against corrosion due to salt damage and water quality are required. In particular, the deterioration of concrete structures can affect the safety and functionality of the facilities. Our Hi-Chem AY anti-corrosion D-Y method overcomes the chemical resistance weaknesses of conventional polyurea resins, preventing concrete corrosion in port facilities and contributing to longevity. 【Application Scenes】 - Concrete structures in port facilities - Anti-corrosion in salt damage environments - Measures against corrosion due to water quality 【Effects of Implementation】 - Longevity through prevention of concrete corrosion - Contribution to the safety and functionality of facilities - Reduction of maintenance costs

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  • Sewerage facilities
  • Flood prevention facilities, fire tanks, and flood control ponds
  • Construction method

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Corrosion Prevention D-Y Method for Food Factories

High corrosion-resistant and durable anti-corrosion lining materials that contribute to maintaining hygiene.

In food factories, cleaning and sanitizing of floors and walls are carried out daily to maintain a hygienic environment. These cleaning processes often use acidic or alkaline detergents, raising concerns about the risk of corrosion to concrete structures. In particular, areas such as drains and floors frequently come into direct contact with these chemicals, which may accelerate the deterioration of the structures. The Haikem AY Corrosion Prevention D-Y Method protects concrete structures with excellent chemical resistance and durability, supporting the maintenance of a hygienic environment in response to the unique challenges faced by food factories. 【Application Scenes】 - Floor surfaces, side ditches, drainage ditches - Cleaning areas - Surroundings of production lines 【Benefits of Implementation】 - Prevention of corrosion in concrete structures - Support for maintaining a hygienic environment - Extension of the lifespan of structures

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  • Sewerage facilities
  • Flood prevention facilities, fire tanks, and flood control ponds
  • Construction method

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AY Anti-Corrosion JW-PU Method for Water Storage Tanks

"Yamade's corrosion protection" safely protects equipment from concrete corrosion in water storage tanks.

In the water storage tank industry and its applications, it is essential to prevent the deterioration of the concrete structures inside the tanks to maintain good water quality. Particularly, since water storage tanks are used to store drinking water and other substances, selecting a highly safe anti-corrosion lining material that does not adversely affect water quality is crucial. Corrosion of concrete not only reduces the durability of the structure but also increases the risk of water contamination. The AY Anti-Corrosion JW-PU method is a polyurea anti-corrosion technique developed for water supply facilities, featuring characteristics such as compliance with water quality standards, safety, workability, and short construction periods, thereby protecting the concrete structures of water storage tanks over the long term. 【Usage Scenarios】 - Water storage tanks and receiving tanks - Facilities requiring water quality preservation - Corrosion countermeasures for concrete structures 【Benefits of Implementation】 - Suppression of adverse effects on water quality - Reduced burden on workers and nearby residents - Cost reduction through shortened construction periods - Formation of stable quality coatings

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  • Water Supply Facilities
  • Flood prevention facilities, fire tanks, and flood control ponds
  • Construction method

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Groundwater lowering method associated with large-scale excavation work for the construction of a sewage treatment facility.

Adopting the "SWP" method for groundwater level lowering associated with excavation work! Contributing to dry work.

At the Hachioji Water Reclamation Center in the middle reaches of the Tamagawa River, the "Super Well Point Method" was adopted for groundwater lowering techniques in conjunction with the construction of a new treatment facility (western water treatment facility). After selectively operating based on excavation depth and groundwater lowering conditions, the groundwater level remained relatively stable overall. At this time, the pumping volume was also stable, and while maintaining this state, excavation of the floor surface at the deepest point was carried out. It was confirmed that there was no spring water at the floor surface and that it was in a dry state, indicating that the groundwater level at the excavation surface had been lowered to a significant depth. [Summary] ■ Test Site: Hachioji Water Reclamation Center located on the right bank of the middle reaches of the Tamagawa River ■ Adopted Method: Super Well Point Method ■ Purpose: Groundwater lowering technique during excavation work *For more details, please refer to the PDF document or feel free to contact us.

  • Water Treatment
  • Water Treatment Plant
  • Special Construction Method
  • Construction method

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Measures against bulging and condensate recovery associated with the reconstruction of the cleaning plant.

Introducing examples of adopting the "SWP method" and "VPRW method" in factory reconstruction work.

In the reconstruction work of the Nerima Cleaning Plant of the Tokyo 23 Wards Cleaning Administrative Union, the "Super Well Point Method" and the "Vacuum Press Type Recharge Well Method" were adopted as measures against heaving and dry work, as well as for the treatment of pumped groundwater. As a result of using these two methods, the water levels of the confined groundwater and free water were lowered to the target level, preventing heaving and allowing excavation to proceed with dry work. Additionally, the pumped groundwater was able to be recharged through a recharge well. Furthermore, there was no decrease in the groundwater level in the shallow layer outside the retaining wall. [Overview] ■ Site: Reconstruction of the Nerima Cleaning Plant of the Tokyo 23 Wards Cleaning Administrative Union ■ Purpose and Methods - "Super Well Point Method" as a measure against heaving and dry work - "Vacuum Press Type Recharge Well Method" for the treatment of pumped groundwater *For more details, please refer to the PDF document or feel free to contact us.

  • Water Treatment
  • Water Treatment Plant
  • Special Construction Method
  • Construction method

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Groundwater Level Lowering Method in Foundation Works for Flood Control Gate

Lower the groundwater level with the SWP method! It is also possible to pump out deep groundwater to reduce pressure!

The "Super Well Point Method" has been adopted for the foundation work of the water gate associated with the construction of a seawall in the coastal area facing the Pacific Ocean in the Tohoku region. This method was selected due to the plan to temporarily seal off the area around the water gate foundation and carry out water replacement work as a countermeasure against piping phenomena. With its high pumping capacity and structure that collects water from the bottom of the well, it not only lowers the groundwater level by pumping out groundwater but also reduces the pressure of deep groundwater. 【Overview】 ■ Location: Coastal area facing the Pacific Ocean in the Tohoku region ■ Construction content: Construction of a seawall ■ Adopted method: Super Well Point Method *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method
  • Water Treatment
  • Water Treatment Plant
  • Construction method

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