Construction method Product List and Ranking from 1576 Manufacturers, Suppliers and Companies | IPROS

Last Updated: Aggregation Period:Aug 05, 2026~Sep 01, 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:Aug 05, 2026~Sep 01, 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. キシムラ Kanagawa//Service Industry
  3. SIKA JAPAN Ltd. Tokyo//Building materials, supplies and fixtures manufacturers
  4. 4 null/null
  5. 5 HOKOKU ENGINEERING CO.,LTD. Osaka//Other construction industries

Construction method Product ranking

Last Updated: Aggregation Period:Aug 05, 2026~Sep 01, 2026
This ranking is based on the number of page views on our site.

  1. 【物理的損傷を抑制】防砂シート引込軽減工法 キシムラ
  2. External insulation method using roof mats for dry construction on flat roofs.
  3. Foundation Omega Method HOKOKU ENGINEERING CO.,LTD.
  4. 4 【斜面安定化工法】レッドゾーン解除実績有【景観配慮・コスト縮減】 ダイカ
  5. 5 Effective for jade stones and boulders! Pile and steel sheet pile construction on hard ground using the 'MLT method' エムエルティーソイル

Construction method Product List

3961~3990 item / All 4342 items

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Settlement correction work | Epoxy injection method for pressure-resistant slabs with shallow foundation cracks and settlement correction.

Quickly resolve foundation cracks and partial subsidence after handover! Complete restoration of post-delivery trust through the combined use of high-adhesion epoxy resin injection and pressure-resistant slab methods.

This is a reliable settlement correction plan that aims to quickly resolve foundation cracks and partial subsidence issues that occur in newly built homes after handover, with the utmost consideration from the construction company and house manufacturer towards the homeowner. For foundation cracks caused by uneven ground or soil consolidation, high-viscosity epoxy resin is pressure-injected to ensure adhesion and waterproofing of the structure. In the lifting process, pressure plates are concentrated directly beneath the foundation, and using small hydraulic jacks and high-precision laser measurement, precise leveling is performed in millimeter increments, using the building's own weight as a counterforce. After the jacking is completed, air bubble mortar is injected at high density into the voids beneath the foundation to establish surface support and prevent future subsidence. The construction can be carried out while the homeowner is still living in the house, eliminating the need for temporary relocation and reducing secondary costs and mental burden for the homeowner. By providing consistent support through the process of reattaching ground guarantees after construction, we fulfill our responsibility for defect handling and strongly support the rebuilding of trust through aftercare.

  • Renovation and repair methods
  • Residential foundations
  • Other earthworks, foundation works, and exterior floors
  • Construction method

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Settlement correction work | Epoxy pressure-resistant slab method to repair foundation cracks and settlement in small sites.

Resolve foundation cracks and partial subsidence near narrow lots and property boundaries! Safe restoration with high-viscosity epoxy resin injection and pressure-resistant slab method, considering neighboring properties.

This is a subsidence correction technology that safely and with low vibration resolves partial subsidence issues accompanied by foundation cracks in densely populated residential areas and narrow sites adjacent to property boundaries. For foundation cracks caused by excavation on neighboring land or lateral flow of fill, high-viscosity epoxy resin is injected densely to strongly bond and reinforce the broken structure, restoring structural rigidity and waterproofing. In the lifting process, it accommodates narrow sites where large machinery cannot enter by concentrating compact, high-strength steel pressure plates directly under the foundation. Using small hydraulic jacks and high-precision laser measuring instruments, the building's weight is used as a reaction force to carefully lift it millimeter by millimeter, returning it to a precise horizontal state without affecting neighboring houses. After correction, self-hardening lightweight bubble mortar (air milk) is poured into the voids under the foundation to densify it, expanding the contact area to prevent re-subsidence. With construction carried out while residents are living in the home, eliminating the need for temporary housing, and thorough low-noise and dust control measures, it minimizes neighborhood disputes while protecting the structural stability and asset value of the home.

  • Renovation and repair methods
  • Pile and foundation work
  • Other earthworks, foundation works, and exterior floors
  • Construction method

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Settlement correction work | A method to eliminate dizziness through floor tilt analysis and leveling of the home.

Could the unexplained dizziness and poor health be caused by the tilt of the floor? Restore a healthy living environment with high-precision building perimeter level measurements and subsidence correction while living in the space.

Unexplained dizziness, headaches, insomnia, and other health issues can often be caused by differential settlement of the building or floor inclinations where one lives. GeoTech's settlement correction service focuses on the relationship between building tilt and health damage, using advanced technology to restore the horizontal state of homes. First, we objectively analyze and visualize the overall settlement amount and deformation angles of the building in millimeter units through high-precision laser measurement of the building's perimeter level. Based on this reliable data, we plan and execute "settlement correction while living," which requires no moving or temporary housing. During construction, we maintain living infrastructure and minimize resident stress through low-noise and low-vibration work. Additionally, we offer a variety of methods, including the "i-LIFT method" for precise lift-up using liquid injection and the "Ganko Oyaji method" for powerful foundation reinforcement. We fundamentally enhance the structural safety of buildings and protect the health of residents and their valuable housing assets for the long term. We also accept free consultations and on-site diagnostics at any time.

  • Renovation and repair methods
  • Residential foundations
  • Consulting companies
  • Construction method

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Settlement correction work | A method to prevent and cure dizziness through floor tilt analysis and leveling of the home.

Unexplained dizziness caused by floor slope? Restoring a healthy living environment through precise analysis with exterior building level measurements and correcting subsidence while living in the space.

Unexplained symptoms such as dizziness, headaches, and nausea are often caused by differential settlement or floor tilting in the buildings where people live. GeoTech's settlement correction service focuses on the relationship between building tilt and physical stress, using advanced technology to restore the level state of homes. First, we conduct high-precision measurements of the building's outer perimeter level, objectively analyzing and quantifying the overall settlement amount, tilt angle, and deformation behavior down to the millimeter. Based on this diagnostic data, we plan and execute "settlement correction while living" that eliminates the need for moving or temporary housing. During construction, we maintain essential living infrastructure such as water and electricity, and minimize resident stress through low-noise, low-vibration construction and thorough dust prevention measures. Additionally, we offer a variety of methods, including the "i-LIFT method" for precise lift-up using liquid injection and the "Ganko Oyaji method" that strengthens the foundation structure with carbon fiber. We fundamentally enhance the structural safety of buildings, protecting the health of residents and their valuable housing assets for the long term.

  • Renovation and repair methods
  • Residential foundations
  • Other earthworks, foundation works, and exterior floors
  • Construction method

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Ground reinforcement work for residential construction | Crosswing column method

We enhance the safety of homes with high-precision ground reinforcement that has obtained GBRC performance certification.

In the residential construction industry, a solid foundation is required to ensure the long-term safety and durability of buildings. Particularly in Japan, where natural disasters such as earthquakes are frequent, the stability of the ground is extremely important for enhancing the seismic resistance of structures. Differential settlement and liquefaction of the ground increase the risk of damage and collapse of buildings. Our Crosswing Column Method is a reliable deep mixing treatment method that has obtained the Building Technical Performance Certification (GBRC Certification) from the General Incorporated Foundation Japan Architectural Research Institute, and is necessary to support the safety of residential buildings. 【Usage Scenarios】 - Ground improvement for new residential buildings - Ground reinforcement aimed at enhancing seismic resistance - Construction on soft ground or land with liquefaction risk 【Effects of Implementation】 - Reduction of the risk of differential settlement in buildings - Improvement of the stability of buildings against earthquakes - Maintenance of long-term durability of buildings

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

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Ground reinforcement work for commercial facility construction | Crosswing column method

Strengthening load support with high-precision ground reinforcement obtained through GBRC performance certification.

In commercial facility construction, a ground with reliable load-bearing capacity is required to ensure the stability and long-term safety of the building. Particularly in commercial facilities that are heavily utilized and equipped with heavy machinery, ground settlement and differential settlement can significantly impact the safety and functionality of the facility. Therefore, highly reliable ground reinforcement is essential. Our Cross-Wing Column Method is a high-precision deep mixing treatment method that has obtained GBRC performance certification, providing the high reliability required for load support in commercial facilities. 【Application Scenarios】 - New construction of commercial facilities - Ground reinforcement associated with large-scale renovations - Ground improvement in areas for heavy equipment installation 【Benefits of Implementation】 - Improved stability of the building - Reduced risk of settlement and differential settlement - Control of long-term facility maintenance costs

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

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Ground reinforcement work for logistics warehouse construction | Cross Wing Column Method

We support logistics warehouses designed for heavy loads with high-precision ground reinforcement that has obtained GBRC performance certification.

In the construction of logistics warehouses, a strong foundation capable of withstanding heavy loads and frequent transportation is essential. In particular, the installation of large warehouses, high-rise racks, and the movement of forklifts continuously exert pressure on the ground. Ground subsidence and differential settlement can lead to serious issues such as reduced safety of the building, damage to stored goods, and operational shutdowns. Therefore, reliable ground reinforcement in the initial stages contributes to long-term stable operation and business continuity. The Cross-Wing Column Method is a high-precision deep mixing treatment method that has obtained GBRC performance certification, achieving stable ground improvement regardless of soil type, and strongly supports the construction of logistics warehouses that handle heavy loads. 【Usage Scenarios】 - New construction of large logistics warehouses - Warehouses planned for high-rise rack installation - Facilities where heavy goods are frequently loaded and unloaded - Construction in areas where ground subsidence risk is a concern 【Benefits of Implementation】 - Construction of a strong foundation capable of withstanding loads from heavy goods - Realization of long-term stable operation of buildings - Reduction of subsidence and differential settlement risks - Improvement of safe warehouse operations and business continuity

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

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[LCS-R Method] for Schools and Educational Facilities

Improve seismic resistance and safety with metal roof renovations! It also reduces rain noise.

Metal roofs of schools and educational facilities face challenges such as leaks due to aging and decreased seismic resistance. The 'LCS-R Method' is a waterproofing technique specialized for the renovation of metal roofs, ensuring a safe and comfortable environment. 【Usage Scenarios】 - Renovation of metal roofs in school buildings, gymnasiums, auditoriums, etc. - Improvement of seismic resistance, leak prevention, and sound insulation enhancement. - Renovation of aging metal roofs to ensure safety. 【Benefits of Implementation】 - Preventing leaks helps to avoid facility deterioration and maintain a comfortable environment. - Improved sound insulation provides an environment conducive to focusing on classes and events. - Achieving long-term cost reduction contributes to the efficiency of school operations.

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

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Residential Metal Roof Renovation Waterproofing Method "LCS-R Method"

Comfortably insulate, waterproof, and soundproof aging metal roofs. Energy-saving effects can also be expected.

As the years go by, metal roofs can deteriorate, leading to issues such as leaks, reduced insulation, and noise. The "LCS-R Method" is the ideal waterproofing technique for renovating such metal roofs. By utilizing the existing metal roof and improving insulation, waterproofing, and soundproofing, it creates a comfortable living space. 【Usage Scenarios】 * Renovation of residential metal roofs (such as standing seam roofs and tile roofs) * Homes experiencing issues like leaks, reduced insulation, and noise * Homes looking to enhance energy efficiency 【Benefits of Implementation】 * Eliminates worries about leaks and creates a comfortable living space. * Improved insulation performance can reduce heating and cooling costs. * Enhanced soundproofing can create a quieter living environment. * Utilizing the existing metal roof helps keep demolition costs down, allowing for economical renovations.

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

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Vinyl sheet waterproofing material rivet roof LCS method for factories and warehouses

Utilizing the lightweight nature of metal roofs, achieving both durability and cost performance.

In steel frame buildings such as factories and warehouses, there is a tendency to adopt lightweight and low-cost metal roofs. However, metal roofs require consideration for insulation performance and waterproofing measures. Our PVC sheet waterproofing method, Rivet Roof LCS, ensures reliable waterproofing performance and insulation by layering insulation material and PVC sheet waterproofing over a deck plate, maximizing the advantages of metal roofs. ## Application Scenarios * Factories, warehouses, commercial facilities, exhibition halls, etc. * Metal roofs of steel frame buildings * Buildings that prioritize lightweight, cost, and construction period ## Benefits of Implementation * Waterproofing and insulation measures that leverage the advantages of lightweight metal roofs * Cost-effective waterproofing method * Possible construction within a short period

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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 Sewer Facilities

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

In sewer facilities, prevention of concrete corrosion and longevity are required. In particular, corrosion caused by sulfuric acid and organic acids contained in sewage is a factor that reduces the durability of the facilities. In response to these challenges, the Haikem AY anti-corrosion D-Y method overcomes the weaknesses of conventional polyurea resins in terms of chemical resistance, protecting the concrete of sewer facilities from corrosion and achieving longevity. 【Usage Scenarios】 - Concrete structures such as sewage treatment facilities, manholes, and pump stations - Areas requiring flood prevention and corrosion measures 【Benefits of Implementation】 - Excellent resistance to sulfuric acid and organic acids suppresses concrete corrosion - Solvent-free and low VOC, reducing environmental impact and almost no odor during construction - Instant curing allows for water flow the day after construction, shortening the construction period.

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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 Power Plants

High corrosion-resistant and durable anti-corrosion lining materials suitable for the unique chemical environment of power plants.

In power plant facilities, high chemical resistance is required for equipment protection. In particular, the chemicals used in cooling water and exhaust gas treatment increase the risk of corrosion to concrete structures. In response to these challenges, the HiChem AY anti-corrosion D-Y method overcomes the chemical resistance weaknesses of conventional polyurea resins and contributes to the longevity of concrete structures in power plant facilities. 【Application Scenarios】 - Internal protection of chemical storage tanks - Protection of concrete around exhaust gas treatment equipment - Corrosion prevention around cooling water circulation equipment 【Benefits of Implementation】 - Increased longevity by preventing corrosion deterioration of structures - Reduction in maintenance costs - Contribution to stable operation of equipment

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

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High-Chem AY Corrosion Protection D-Y Method for Water Storage Tanks

For water tank leak prevention. High corrosion-resistant and high durability polyurea anti-corrosion lining material.

In addressing leakage prevention for water storage tanks, long-term durability and corrosion resistance that considers the impact on water quality stored within the tank are required. In particular, the concrete structure of the water storage tank is prone to deterioration due to water quality and environmental factors, and leakage can lead to significant hygiene management issues. The Haikem AY Corrosion Prevention D-Y Method addresses these challenges and contributes to the longevity of the water storage tank and the maintenance of safe water quality. 【Usage Scenarios】 - Protection of the concrete of the water storage tank itself - Repair of leakage points - Maintenance of a hygienic water storage environment 【Benefits of Implementation】 - Suppression of concrete corrosion, extending the lifespan of the water storage tank - Reduction of leakage risk - Decrease in maintenance costs

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

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Highchem AY Corrosion Protection D-Y Method for Pharmaceutical Factories

High corrosion-resistant and durable anti-corrosion lining materials for pharmaceutical factories.

In pharmaceutical factories, high chemical resistance of equipment and structures is required due to the handling of various chemicals. In particular, concrete structures are prone to corrosion from chemicals, making the longevity and safety of equipment a challenge. The Hi-Chem AY Corrosion Protection D-Y method is a corrosion protection material that overcomes the chemical resistance weaknesses of conventional polyurea resins. By incorporating special inorganic components, it achieves high corrosion resistance that is less susceptible to chemical intrusion while maintaining the inherent properties of polyurea, such as "sprayability," "quick-drying," and "environmental compatibility." 【Application Scenes】 - Floors and walls in chemical manufacturing areas - Inner surfaces of storage tanks - Wastewater treatment facilities

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

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Highchem AY Corrosion Protection D-Y Method for Chemical Plants

High corrosion-resistant and durable anti-corrosion lining materials that withstand the harsh environments of chemical plants.

In chemical plants, it is essential to address a variety of chemicals and corrosive substances, making the longevity and safety of equipment crucial. In particular, corrosion caused by chemicals used within the plant can accelerate equipment deterioration and increase the risk of operational shutdowns and accidents. The Hi-Chem AY Corrosion Prevention D-Y Method overcomes the weaknesses of conventional polyurea resins in chemical resistance, achieving high corrosion resistance that is less susceptible to chemical intrusion. This helps protect the concrete structures of chemical plants from corrosion and contributes to the longevity of the equipment. 【Application Scenarios】 - Interior surfaces of chemical storage tanks, - Reaction vessels, - Piping, - Wastewater treatment facilities, - Other concrete structures exposed to chemicals 【Benefits of Implementation】 - Prevention of corrosion in concrete structures, - Extension of equipment lifespan, - Reduction of maintenance costs, - Contribution to stable plant operations, - Improvement of safety.

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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 Pharmaceutical Factories

Contamination prevention with safe and high-quality anti-corrosion lining.

In pharmaceutical factories, preventing contamination in the manufacturing environment is extremely important for maintaining product quality and ensuring safety. In particular, corrosion of equipment and structures can lead to fine cracks, increasing the risk of foreign substance contamination. Therefore, reliable corrosion protection measures are required to safeguard equipment and maintain a clean environment. The AY Corrosion Protection JW-PU method serves as a polyurea corrosion protection technique that meets water quality standards and ensures safety, protecting equipment over the long term against the challenges of contamination prevention in pharmaceutical factories. 【Application Scenarios】 - Walls and floors of manufacturing areas - Storage tanks and piping - Surroundings of equipment in clean rooms - Wastewater treatment facilities 【Benefits of Implementation】 - Reduction of contamination risks - Extended lifespan of equipment through protection - Maintenance of a clean manufacturing environment - Improvement of the working environment by suppressing odors and VOC emissions

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

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AY Corrosion Protection JW-PU Method for Water Supply and Sewerage Facilities

"Yamade's corrosion protection" protects facilities safely from concrete corrosion in water supply systems.

In water supply and drainage facilities, the application of anti-corrosion lining materials with high adhesion and protective effects, which do not affect water quality, is required as a corrosion prevention measure for concrete structures. Deterioration of concrete can lead to a decrease in the durability and functionality of the facilities. The AY Anti-Corrosion JW-PU method is a polyurea anti-corrosion method developed for water supply facilities, addressing these challenges. 【Usage Scenarios】 Water supply facilities, irrigation channels, water storage tanks, water receiving tanks, distribution reservoirs, water purification tanks 【Benefits of Implementation】 Long-term protection of concrete structures Ensured safety through compliance with water quality standards Improvement of the working environment due to solvent-free and VOC-free materials

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

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AY Anti-Corrosion JW-PU Method for Food Factories

Yamade's corrosion protection supports the maintenance of a hygienic environment in food factories.

In food factories, maintaining the hygiene of concrete structures such as manufacturing lines and water storage tanks is extremely important. Corrosion of concrete can lead not only to hygiene management issues but also to the deterioration of equipment. Therefore, the application of anti-corrosion lining materials that do not adversely affect water quality and provide high protection effectiveness is required. The AY Anti-Corrosion JW-PU method contributes to maintaining a hygienic environment and protecting equipment in food factories. 【Application Scenarios】 - Protection of concrete around manufacturing lines - Internal lining of water storage tanks and receiving tanks - Protection of drainage ditches and side ditches - Anti-corrosion and protection of floor surfaces 【Benefits of Implementation】 - Maintenance of a hygienic environment - Prolonged lifespan of concrete structures - Suppression of impact on water quality

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

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AY Corrosion Protection JW-PU Method for Chemical Plants

"Yamade's corrosion protection" protects equipment from chemical resistance against concrete corrosion in chemical plants.

In chemical plant equipment, it is important to select anti-corrosion lining materials that have high chemical resistance, adhesion to concrete, and do not affect the equipment, in order to protect the equipment from concrete corrosion caused by chemicals. The AY Anti-Corrosion JW-PU method is a polyurea anti-corrosion technique designed for use in the harsh environments of chemical plants, featuring excellent durability, workability, and safety. This method provides long-term protection for concrete structures within the plant. 【Application Scenarios】 - Interior protection of chemical storage tanks - Anti-corrosion lining for reaction vessels, piping, etc. - Concrete protection for wastewater treatment facilities and exhaust gas treatment facilities - Other concrete structures that may be exposed to chemicals 【Benefits of Implementation】 - Suppression of concrete corrosion caused by chemicals - Extension of equipment lifespan and reduction of maintenance costs - Maintenance of safe plant operations

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

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Highchem AY Corrosion Protection D-Y Method for Oil and Gas

Yamade Corrosion Protection: High corrosion-resistant and durable lining materials for oil and gas facilities.

In the oil and gas industry, it is essential to minimize the risks of corrosion and leakage to ensure the long-term safety of equipment and reduce environmental impact. Particularly for equipment used in harsh environments, corrosion-resistant materials with high chemical resistance and durability are indispensable. Our Hi-Chem AY anti-corrosion D-Y method overcomes the chemical resistance weaknesses of conventional polyurea resins and contributes to leakage prevention and equipment protection in oil and gas facilities. 【Application Scenarios】 - Interior protection of oil and gas storage tanks - Corrosion countermeasures for pipelines - Anti-corrosion for plant equipment - Application to areas with leakage risks 【Benefits of Implementation】 - Extended equipment lifespan - Reduced risk of leakage accidents - Lower maintenance costs - Contribution to environmental protection

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

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Bubble insulation material for energy saving and heatstroke prevention, aluminum puff (thickness: approximately 7mm)

Building material Alumi Puchi is a product that combines bubble wrap with aluminum foil. It boasts excellent heat insulation and thermal insulation performance due to the synergistic effect.

**Features** ■ Insulation Performance It delays the transfer of heat, making it difficult for heat to pass through. Insulation is a common consideration for addressing heat and cold. The air is independently sealed in bubble cushioning material (Bubble Wrap®), which has very high insulation performance. ■ Heat Shielding Performance It reflects infrared radiation (radiant heat), making it difficult for heat to transfer. Radiant heat transfers directly from a high-temperature solid surface to a low-temperature solid surface, regardless of the presence of gases like air. To prevent the transfer of radiant heat, "heat shielding," which reflects infrared radiation, is necessary, rather than insulation. Aluminum has the property of reflecting this infrared radiation, which can reduce the effects of radiant heat. ■ Workability It is very lightweight and compact, making transportation and installation at heights easy. A construction manual is also available. ■ High Processability It can be easily cut with scissors or a cutter, improving work efficiency. It can be easily installed using various methods such as nailing, sewing, stapling, riveting, and taping. ■ High Durability Made of aluminum and polyethylene, it has excellent corrosion resistance. *For more details, please refer to the PDF document or feel free to contact us.*

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  • Heat Insulation Roofing
  • Heat-insulating paint for exterior walls (roofs, rooftops, etc.)
  • Heat shielding sheet
  • Construction method

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Residential Bubble Heat Insulation Material Aluminum Puchi

Shut out the summer heat with aluminum shades! Achieve a comfortable living with improved air conditioning efficiency.

Is there a more effective way to deal with the summer heat? By installing aluminum bubble wrap in attics and walls, you can significantly improve air conditioning efficiency and create a comfortable indoor space. Aluminum bubble wrap is a product that combines bubble cushioning material with aluminum foil, demonstrating excellent heat insulation and thermal performance. 【Usage Scenarios】 * Attics: Blocks heat from the roof, reducing the rise in room temperature. * Walls: Blocks heat from the exterior walls, reducing the rise in room temperature. * Ceilings: Blocks heat from the ceiling, reducing the rise in room temperature. 【Benefits of Implementation】 By introducing aluminum bubble wrap, air conditioning efficiency improves, leading to savings on electricity bills. Additionally, by reducing the rise in room temperature, a comfortable indoor environment can be achieved. Furthermore, it is also expected to be effective in preventing heatstroke.

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[For Office Use] Bubble Heat Insulation Material Aluminum Puchi

Make your office comfortable with aluminum sheets! Reduce heating and cooling costs & prevent heatstroke!

We introduce "Alumi Puchi," a bubble thermal insulation material that helps improve the comfort of office environments. Offices often have poor heating and cooling efficiency, leading to temperature inconsistencies. As a result, it becomes challenging to maintain a comfortable working environment for employees, increasing heating and cooling costs and the risk of heat-related illnesses. Alumi Puchi maintains a comfortable office environment with its excellent thermal insulation properties, contributing to reduced heating and cooling costs and heat illness prevention. 【Usage Scenarios】 - Office Ceilings: Areas with poor heating and cooling efficiency, temperature inconsistencies, and spots where air conditioning is less effective. - Windows: Areas where room temperature rises due to sunlight and decreased cooling efficiency. - Walls: Areas that are easily affected by outside temperatures and temperature inconsistencies. - Partitions: Areas that are easily influenced by heating and cooling from adjacent rooms. 【Benefits of Implementation】 - Reduction in Heating and Cooling Costs: Stabilizing room temperature can shorten the usage time of heating and cooling systems. - Heat Illness Prevention: Helps keep room temperature from rising, achieving a comfortable office environment. - Comfortable Working Environment: Reduces temperature inconsistencies, contributing to improved employee concentration. - Energy Saving Effects: Reduces the amount of heating and cooling used, leading to decreased CO2 emissions.

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Bubble insulation material for livestock - Aluminum Puchi

Efficient temperature management in livestock barns! Achieving an energy-saving and comfortable environment.

Temperature management in livestock barns greatly affects the health and productivity of livestock. Effective measures against summer heat require proper ventilation and heat insulation. However, traditional insulation materials have posed challenges, such as difficulty in installation and limited effectiveness. Therefore, we recommend the bubble heat-insulating material "Alumi Puchi." Alumi Puchi combines excellent heat insulation and ease of installation, helping to maintain a comfortable temperature in livestock barns, reducing stress on animals, and improving productivity. 【Usage Scenarios】 * Livestock barns: Measures against summer heat, measures against winter cold * Feed storage: Maintaining feed quality, preventing deterioration due to temperature changes * Workspaces: Improving the working environment, preventing heatstroke 【Benefits of Implementation】 * Proper temperature management reduces stress on livestock and leads to improved health. * The heat insulation effect reduces the load on heating and cooling systems, contributing to energy savings. * Maintaining a comfortable temperature in workspaces reduces the risk of heatstroke for workers.

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Bubble insulation material for nursing care facilities - Aluminum Puchi

Comfortable room temperature management with aluminum sheets! Energy-saving and perfect for heatstroke prevention!

In care facilities, managing a comfortable room temperature for users is important. However, during the summer, there are many challenges such as ineffective air conditioning and high electricity costs. "Aluminum Puchi" is a heat-insulating and heat-reflective material made by laminating aluminum foil onto bubble wrap. With excellent insulation and heat-reflective properties, it helps to suppress the rise in room temperature and creates a comfortable environment. 【Usage Scenarios】 - Heat insulation and reflection in day rooms and dining areas - Heat shock countermeasures in bathrooms and changing rooms - Simple partitions in workspaces 【Benefits of Implementation】 - Suppresses the rise in room temperature and improves user comfort - Reduces air conditioning usage time and lowers electricity costs - Mitigates the risk of heatstroke and ensures a safe environment

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Floating floor construction method application example: Fitness floor vibration isolation

Introducing a case where a high vibration isolation effect was achieved using a gel floating floor!

We would like to introduce a case study that applied a floating floor method at a fitness (dance studio). In this facility, there were concerns about vibration transmission to the hotel within the same building. Additionally, due to height restrictions for the new building, it was necessary to reduce the floor height to secure the number of guest room floors in the hotel. Therefore, we implemented height reduction by embedding coil springs into the floating floor and conducted on-site vibration measurements to confirm the vibration isolation effectiveness after construction. [Challenges] ■ High-level vibration isolation performance is required as a countermeasure for fitness vibrations. ■ Conventional vibration isolation using rubber materials would require increasing the floor height, necessitating the reduction of one floor in the hotel. *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Construction method

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【Floating Floor Construction Method Application Examples】Solid Sound Transmission Measures

We will introduce examples of measures taken to address issues such as the sound of ship whistles, sound insulation between halls, and docking vibrations!

We would like to introduce examples of the application of floating floor methods in measures against solid sound propagation. Buildings adjacent to railways, such as hotels and music facilities, require measures to reduce the impact of vibrations and solid-borne sound generated during train operations, as the railway facilities are integrated structures. At the Shanghai Symphony Hall, vibration and noise from nearby subway tracks were addressed through building support using coil springs, while a research facility implemented noise control with a floating floor structure using coil springs. 【Case Summary (Excerpt)】 <Shanghai Symphony Hall> ■ Purpose: Concert hall (vineyard style, 1,200 people) ■ Objective: Measures against vibration and noise from nearby subway tracks ■ Specifications ・Building weight: 37,500t ・Vibration isolation natural frequency: 3.6Hz *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Construction method

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Floating bed construction method

Guaranteed the highest level of vibration reduction! Isolating broadcasting studios, air conditioning areas, and more from surrounding environmental vibrations.

The "Floating Floor Method" is an advanced technology designed to control vibration and airborne noise (solid sound) transmitted through structures within buildings. Our vibration isolation system demonstrates exceptional performance due to its low natural frequency, outperforming other elastic pads and similar products. It can lower the natural frequency from 2.5Hz to 7Hz, making it an effective solution to protect areas that are highly sensitive to vibrations from mechanical vibrations and solid sound. 【Standard Vibration Isolation System by Gelb】 ■ Conventional spring units placed under the supported object ■ Jack-up type embedded coil spring units *For more details, please download the PDF or feel free to contact us.

  • Earthquake-resistant construction method
  • Construction method

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【ゼネコン様向け】耐震性貯水槽用プレキャスト基礎・EZエンジェル

高品質な組立式プレキャスト基礎と耐震性貯水槽の現場組立施工方法!

『EZエンジェル』は、プレキャスト工法による現場組立式コンクリート基礎です。 (Easy(イージー)=簡単/いいじ(金沢弁)=いいね!)の意味が合わさっております。 従来の現場コンクリート打ち施工に比べ現場施工を最小限とすることで、 工期短縮と事故リスクの低減、人件費や管理費のコスト削減が可能に! 工場での生産により高品質と耐久性の確保が可能です。 また、防火水槽・耐震性貯水槽の「アクアエンジェル」もセットでご用意。 【特長】 ■ベース設置から水槽設置まで2日で完了 ■大幅な工期短縮による、落下事故の低減 ■人件費や管理費のコスト削減が可能に ■徹底管理された工場で生産されることにより季節や湿度の影響を受けない ■高品質と耐久性を確保 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。

  • Water supply facilities
  • Drainage and ventilation equipment
  • Reinforcement and repair materials
  • Construction method

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Steel joining methods for thick plates with a large thickness-to-width ratio and thin plates.

Very high fastening strength with just one step! Fastening different thicknesses of iron that are difficult to weld without pre-drilling. No heat is generated, making it easy for anyone to use.

Generally, it is said that welding thick plates and thin plates with a large thickness-to-width ratio is difficult. When the ratio of thin plates to total plate thickness is high, the difficulty of welding increases. We will introduce a method that allows for easy fastening even under such conditions. 1. "RIVSET" is a high-strength, highly reliable self-piercing rivet. It mechanically joins different types of materials easily without the need for a pilot hole. It is also possible to fasten three or more materials. This product penetrates the upper base material and expands at the tip due to the shape of the die within the lower base material. 2. In response to the demand for CO2 reduction, the RIVCLINCH fastening method uses only air as a power source, generates no heat, and does not use auxiliary materials such as rivets, relying instead on plastic deformation. By striking multiple points, it can achieve equivalent strength compared to spot welding and SPR in shear strength comparisons. 3. "RIVTAC" allows for high-speed fastening of high-strength materials without the need for a pilot hole. It can be used for profile structures with access from one side, and it is also possible to fasten dissimilar materials or use adhesives in conjunction.

  • Steel Door
  • Construction method

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