Construction method Product List and Ranking from 26 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.

Construction method Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.

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  4. 4 エスケー化研 Osaka//Building materials, supplies and fixtures manufacturers
  5. 5 null/null
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Construction method Product ranking

Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.

  1. Off-site construction method for air conditioning equipment "Vispaire Frame"
  2. Temporary bridge temporary pier cable-stayed construction method "LIBRA Method"
  3. Rigid urethane coating waterproofing HU-B method 化研マテリアル
  4. 4 Unrestricted Foundation Roller Method 'Cerami RC-FR Method' エスケー化研
  5. 5 Special foundation roller painting method for interior and exterior finishes "Fine FR Method" エスケー化研

Construction method Product List

121～135 item / All 2454 items

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Step-type soil retention method (Woody Biomat)

Step-type soil retention method (Woody Biomat)

Step-type soil retention method (Woody Biomat)

Mat for earth-retaining wall construction made from thinning timber of Akita Prefecture cedar 【Features】 ○ Labor-saving in construction, reduction of impact on surrounding environment, consideration for landscape, and mitigation of impact on the global environment ○ Promotion of the use of thinning timber from Akita Prefecture cedar ○ Advancement of resource-circulating construction methods ○ Reduction of burden on ecosystems and natural environments through greening after construction ○ Reduction of on-site processes through factory production ● For other functions and details, please download the catalog.

  • Retaining wall
  • Earthworks
  • Pile and foundation work

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PCa・PC method

PCa・PC method

PCa・PC method

The PCa・PC (Precast Prestressed Concrete) method is a construction technique that achieves high durability and high-performance structures. 【Features】 ○ It allows for high loads and large spans. ○ Since the components are precast prestressed concrete elements, a short construction period, high quality, and high durability are guaranteed. ○ Because it is prestressed concrete, it can be designed with cross-sections equivalent to SRC (Steel Reinforced Concrete). ○ The joints between columns and beams are integrated through compression caused by prestressing. ○ Columns are tensioned with PC steel bars, and beams are tensioned with PC steel wires. ○ The floor uses half PC composite floor slabs, which are integrated with topping concrete. ● For other functions and details, please contact us.

  • Joints between components

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PC Outframe Seismic Reinforcement Method

PC Outframe Seismic Reinforcement Method

This is aimed at streamlining on-site operations, conserving resources, and shortening construction periods by implementing the PC (precast concrete) system for the external seismic reinforcement frame.

We provide high-performance PC (prestressed concrete) buildings that meet the requirements for distinctive facility statuses (symbolic spaces), multipurpose and flexible facilities (high-load large spaces), safe and long-lasting facilities (high-durability buildings), and facilities that harmonize with society (environmental contributions) through the combination of prestressing and prestressed concrete. - By tensioning PC steel materials, we enable high loads and large spans while improving durability and seismic resistance. - We promote labor-saving and manpower-reducing measures in on-site construction, achieving shorter construction periods and demonstrating economic advantages. - With high construction precision and the ability to accommodate diverse designs, we realize high added value.

  • Renovation and repair methods
  • Earthquake-resistant construction method

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PCa external insulation method

PCa external insulation method

PCa external insulation method

This is a construction method that combines "external insulation construction" and "precast concrete construction" to create a high-quality and environmentally friendly next-generation standard for external insulation. Sufficiently thick insulation material is installed between the outer PC panel and the inner PC panel, and a ventilation layer is secured between the outer PC panel and the insulation material. The comfortable internal environment created by this method is suitable not only for residential buildings but also for hospital and office buildings. 【Features】 ○ Comfortable living environment; uniform room temperature, radiant heat from the structure ○ Healthy indoor environment; prevents condensation and the growth of mold and mites ○ Energy saving; high durability and high insulation of the structure ○ High airtightness and high insulation; continuous insulation layer with few thermal bridges ○ High durability; insulation layer protects the concrete ○ Economic and asset value; effective floor area increase, high durability, high performance ● For other functions and details, please contact us.

  • Insulation work
  • Heat insulation and heat shielding methods

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Embankment construction method - Tail Arm method

Embankment construction method - Tail Arm method

Embankment construction method - Tail Arm Method

This is an embankment construction method that reinforces the soil, which lacks the necessary self-supporting strength, using strip-shaped reinforcing materials made of "steel," a material with low deformation and high tensile strength, to build a reinforced embankment with wall surfaces. ◆ Strip-shaped steel reinforcing materials (strips) are laid in layers within the embankment. ◆ A strong reinforced embankment is constructed through the friction effect between the soil and the strips. (For other functions and details, please contact us.)

  • Reinforcement and repair materials
  • Other construction services

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Reinforced Soil Wall Method "Tail Arm FS"

Reinforced Soil Wall Method "Tail Arm FS"

It has a "fail-safe function" to maintain safety and a "fail-sensor function" to visualize internal abnormalities!

The "Tail Alme FS" is a construction method that allows for the safe visualization of abnormalities within embankments through fail-safe and fail-sensor functions, moving beyond the previous approach of determining abnormalities based solely on surface information. The "fail-safe function" ensures that if the function of the targeted component is lost, a separate component that is not active during normal conditions will take over, preventing any impact on the reinforced soil wall. The "fail-sensor function" visualizes abnormalities within the Tail Alme embankment. 【Features】 ■ Technology aligned with the basic plan for infrastructure longevity promoted by the Ministry of Land, Infrastructure, Transport and Tourism (H25) ■ Received the Excellence Award at the 3rd Infrastructure Maintenance Awards ■ Among similar maintenance management technologies, it has a simple structure that does not require power sources ■ Construction and durability are comparable to standard Tail Alme systems *For more details, please refer to the PDF document or feel free to contact us.

  • Retaining wall
  • Renovation and repair methods
  • Ground foundation construction method

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Greenification Reinforced Soil Wall Method "TerraVeil"

Greenification Reinforced Soil Wall Method "TerraVeil"

No processing is required at the construction site! We create spaces that naturally blend into the landscape.

"TerraVeil" uses mesh panels as wall materials in the tail-arm method, allowing for greening of the walls when combined with vegetation mats. With a simple component structure, it is possible to construct green reinforced soil at a low cost. The wall materials are made of lightweight reinforced mesh, enabling manual construction without the need for special techniques. By incorporating a sliding function of about 100mm during the assembly of the mesh panels, it can adapt to the deformation of the embankment. By restricting the connection points of the reinforcement materials and wall materials to four, it suppresses the protrusion of the wall and ensures the quality of the wall's finish. [Features] ■ Easy and economical construction ■ Flexibility that matches the characteristics of reinforced soil walls ■ Reliability that can be achieved because it is a tail-arm method ■ Creation of spaces that blend naturally into the landscape *For more details, please refer to the PDF document or feel free to contact us.

  • Retaining wall
  • Renovation and repair methods
  • Ground foundation construction method

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Ground Reinforcement Soil PAN WALL Method

Ground Reinforcement Soil PAN WALL Method

Geosynthetic Reinforced Soil PAN WALL Method

**Features** - Reduction of long slopes and excavation residual soil volume through steep gradient (1:5 to 1:3 standard). - Protection of obstacles and prevention of loosening and collapse accidents during construction by using reverse construction techniques to finish structures from top to bottom. - Improvement in quality, shortening of construction time, and labor-saving through precasting of surface protection works. - Adaptation to landscape through diversification of PAN WALL panel design patterns. - Excellent seismic resistance. - Superior life cycle cost as a permanent structure through surface works using secondary products and securing hole walls via double pipe drilling. For other functions and details, please download the catalog.

  • Special Construction Method

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Repair and reinforcement method ASR lithium method

Repair and reinforcement method ASR lithium method

Repair and reinforcement method ASR lithium method

The "alkali-silica reaction" that deteriorates concrete structures, which were said to be maintenance-free, and even reduces their strength. Initially, it was believed that the damage was limited to surface cracking of the concrete, but recent investigations have pointed out the possibility of internal concrete deterioration and rebar fracture, making the issue more serious. 【Features】 ○ By pressurizing and injecting an ASR suppressor primarily composed of lithium nitrite, it effectively penetrates and diffuses through the fine cracks in the internal concrete of the structure, reducing future expansion of the internal concrete and suppressing further deterioration due to ASR. ● For other functions and details, please download the catalog.

  • Reinforcement and repair materials
  • Renovation and repair methods

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Lithium Nitrite Internal Pressurization Method "ASR Lithium Method"

Lithium Nitrite Internal Pressurization Method "ASR Lithium Method"

A repair method that can fundamentally suppress alkali-silica reaction (ASR)!

By pressurizing and injecting lithium nitrite into the entire concrete member, it is possible to non-expand the alkali-silica gel, which is the cause of ASR, fundamentally suppressing further deterioration. This method is also effective for structures that cannot tolerate re-deterioration due to moisture supply. 【Construction Procedure】 1. Seal the surface of the member with polymer cement mortar. 2. Drill holes of φ20mm at intervals of 750mm in the concrete structure. 3. Inject lithium nitrite into the entire member using a pressurization device (injection duration: approximately 20 to 30 days). 4. Fill all injection holes with non-shrink grout material. *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods
  • Ground foundation construction method

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"ELSS Joint" bed panel connection method

"ELSS Joint" bed panel connection method

We will introduce a rational joint method for precast PC floor slabs that omits the reinforcement in the joint area.

The "ELSS Joint" is a completely new floor slab jointing method that solves the challenges of loop joints without compromising safety, durability, drivability, or cost-effectiveness, by joining with only softer filling materials than the concrete of the floor slab itself. By utilizing the unique structural characteristics of the floor slab, which is continuously supported in the direction of vehicle travel by steel girders and earthquake-resistant wall parapets, this method features the incorporation of low-stiffness filling joints at intervals along the direction of vehicle travel, transforming the floor slab structure into an anisotropic slab with differing stiffness in the direction of vehicle travel and width. **Features** - Joins using only filling materials that are softer than the concrete of the floor slab itself. - Solves the challenges of loop joints without compromising safety, durability, drivability, or cost-effectiveness. - Transforms the floor slab structure into an anisotropic slab with differing stiffness in the direction of vehicle travel and width. - Reduces the bending moment in the direction of vehicle travel, which has lower stiffness. - Significantly simplifies the joint structure. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Special Construction Method

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Simplified Lithium Nitrite Internal Pressurization Method "Rehabilitation Capsule Method"

Simplified Lithium Nitrite Internal Pressurization Method "Rehabilitation Capsule Method"

The effect of the immobile membrane regeneration is immediately demonstrated, and it can suppress subsequent rebar corrosion!

The "Rehabilitation Capsule Method" is a repair method that can fundamentally suppress salt damage and neutralization. By pressurizing and injecting lithium nitrite, which is a permeable diffusion type, around the rebar in concrete, it is possible to regenerate the passive film on the rebar and fundamentally suppress further rebar corrosion. It is also effective for structures that cannot tolerate re-deterioration due to inherent salt or airborne salt. 【Features】 ■ Can reliably supply lithium nitrite to the rebar position in a short period ■ The effect of regenerating the passive film is immediately exhibited, allowing for the suppression of further rebar corrosion ■ The required amount of lithium nitrite can be quantitatively determined according to the amount of chloride ions *For more details, please refer to the PDF document or feel free to contact us.

  • Renovation and repair methods

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Support Stability Measures Paralink Mattress Method

Support Stability Measures Paralink Mattress Method

Reinforcing the foundation ground with the uplift effect of reinforcement materials, the shear effect of filler materials, and the load distribution effect.

The "Mattress Method" is one of the surface treatment methods used to reinforce the foundation ground. Under the surface of a foundation ground that lacks bearing capacity, or beneath the foundation of an underground structure, a three-dimensional and plate-like structure (mattress structure) is installed using "paralink" and infill materials (such as sand, gravel, or crushed stone). This forms a rigid plate-like structure that reinforces the foundation ground by distributing the load of the upper structure and exhibiting shear resistance within the mattress structure. 【Mattress Reinforcement Effects】 ■ Lifting effect due to the tensile force of the paralink ■ Shear effect due to the shear resistance of the infill material ■ Load distribution effect within the mattress structure *For more details, please refer to the PDF document or feel free to contact us.

  • Foundation construction
  • Paving Materials
  • Civil Engineering Method

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Rock Bolt Method "ST Rock Bolt"

Rock Bolt Method "ST Rock Bolt"

Rock Bolt Method "ST Rock Bolt"

This is a reinforcement material (rock bolt) designed for permanent slopes treated with corrosion protection for screw-type steel bars. By inserting the ST rock bolt into the ground, it enhances the stability of the entire slope through interaction with the ground. 【Features】 - Reinforcement material suitable for permanent slopes due to heavy corrosion protection treatment - Applicable for soil pressure-resistant slope protection works and small to medium-scale collapse countermeasures - Suitable for countermeasures against collapse during temporary steep excavation or steep cut slopes. ● For other functions and details, please contact us.

  • Reinforcement and repair materials
  • Bridge Construction

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Rock Bolt Method "SP Leg Drill Method (≤3.0m)"

Rock Bolt Method "SP Leg Drill Method (≤3.0m)"

Active two-directional pressure injection for reliable full adhesion!

In areas where access is difficult and the boreholes cannot stand independently, the leg drill method using rope scaffolding has been widely used. In contrast, the "SP Leg Drill" actively employs "two-directional pressure injection," enabling the installation of permanent bolts up to 3.0 meters even in ground where the boreholes cannot stand independently. Additionally, this pressure injection can be applied for the repair of aging slope protection structures. 【Features】 - Economical short-length rock bolts for ground where boreholes cannot stand independently - Reliable anchoring achieved through pressure injection For more details, please contact us or download the catalog.

  • Earth retaining wall/foundation reinforcement
  • Earthworks

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