アーキヤマデ List of Products and Services

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

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

The Haikem AY anti-corrosion D-Y method is a protective material that overcomes the weakness of conventional polyurea resins in terms of chemical resistance. 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," "fast drying," and "environmental compatibility."

To protect water supply facilities from concrete corrosion, it is necessary to apply an anti-corrosion lining material that has adhesion and protective effects on concrete, and does not adversely affect water quality for drinking water use. The AY Anti-Corrosion JW-PU method is a polyurea anti-corrosion construction method developed for water supply facilities. It possesses excellent durability, workability, and safety, and protects concrete structures such as water purification plants and distribution reservoirs over the long term. Main applications: water supply facilities, irrigation channels, water storage tanks, receiving tanks, distribution reservoirs, water purification ponds, fish farming facilities, marine structures, etc. 1. Compliance with water quality standards The entire method, including the anti-corrosion lining material and substrate adjustment materials, is a highly safe anti-corrosion method that complies with water quality tests and physical property tests. 2. Safety It is solvent-free and VOC-free, resulting in minimal odor generation. This significantly reduces the burden on workers and surrounding residents. 3. Workability Due to its ultra-fast curing type, the construction period from substrate adjustment to anti-corrosion coating can be significantly shortened compared to other methods (vinyl ester resin / epoxy resin non-woven / epoxy resin with woven fabric). 4. Short construction period Because it is mechanically applied using a dedicated reactor and spray gun, it minimizes variations in craftsmen's skill levels, achieving a stable quality of the coating film.

Archiyamade Co., Ltd. has cultivated technology to protect buildings from rainwater for many years as a specialized manufacturer of PVC sheet waterproofing. This "technology to protect buildings" extends to corrosion protection for water supply and sewage facilities. We handle polyurea corrosion protection methods for sewage and water supply facilities as corrosion-resistant lining materials to protect concrete structures from corrosion. In water supply and sewage facilities, corrosion of concrete due to sulfuric acid and organic acids, as well as considerations for water quality, require corrosion protection performance tailored to specific applications. Our company offers two corrosion protection methods using polyurea resin as lining techniques that respond to the environments of such facilities. From rooftops to water supply and sewage systems. Archiyamade will expand its technology to "protect buildings from rain and water." For corrosion protection in water supply and sewage facilities, please consult "Yamade of Waterproofing" about "corrosion protection" as well.

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.

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

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

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

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

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

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

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.

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

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

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

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

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

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

In agricultural water facilities, maintaining water quality and the durability of structures is essential. Particularly in irrigation systems, the components contained in the water and corrosion due to long-term use can pose challenges. To address these issues and extend the lifespan of the equipment, appropriate anti-corrosion measures are indispensable. Archiyamade Co., Ltd. leverages the technology developed over many years to protect buildings and provides anti-corrosion lining materials for agricultural water facilities. 【Application Scenarios】 - Agricultural water channels - Water storage tanks - Irrigation systems 【Benefits of Implementation】 - Suppression of corrosion in concrete structures - Contribution to the longevity of equipment - Reduction of maintenance costs

In wastewater and drainage facilities, corrosion of concrete due to substances such as sulfuric acid and organic acids, as well as considerations for water quality, require corrosion resistance performance tailored to specific applications. To address these challenges, corrosion-resistant lining materials that protect concrete structures from corrosive environments are essential. Arkiyamade Co., Ltd. offers a polyurea corrosion protection method that applies waterproofing technology developed over many years to meet the corrosion protection needs of wastewater and drainage facilities. 【Usage Scenarios】 - Areas of concern for corrosion due to sulfuric acid and organic acids, such as sewage treatment facilities - Structures in water supply facilities where water quality considerations are required 【Benefits of Implementation】 - Suppresses corrosion of concrete structures, contributing to the longevity of infrastructure - Supports reduction of maintenance costs for facilities through appropriate corrosion resistance performance tailored to specific applications - Materials that have passed water quality tests can be safely used in water supply facilities.

In water treatment plants, corrosion of concrete due to sulfuric acid and organic acids, as well as considerations for water quality, require corrosion resistance tailored to specific applications. In particular, equipment within the plant is often exposed to harsh corrosive environments, making the protection of structures and long-term stable operation crucial. Archi Yamade Co., Ltd. applies its waterproofing technology, developed over many years to protect buildings from rainwater, to provide polyurea corrosion-resistant lining materials that protect concrete structures in water supply and sewage facilities from corrosion. This contributes to the protection and longevity of plant equipment. 【Usage Scenarios】 - Corrosion protection of concrete structures in sewage treatment facilities - Corrosion prevention and water quality considerations for water supply facilities - Environments where corrosion from sulfuric acid and organic acids is a concern 【Benefits of Implementation】 - Suppresses corrosion of concrete structures, contributing to the longevity of equipment - Supports stable operation of plants in harsh corrosive environments - Consideration for water quality with materials that have passed water quality-related tests

In the oil and gas refining industry, the protection of the inner surfaces of storage tanks requires resistance to corrosion from the substances handled and long-term durability. In particular, the concrete structures inside the tanks may deteriorate due to contact with chemicals, and their protection is directly linked to the safety and lifespan of the equipment. Our anti-corrosion lining materials prevent the corrosion of concrete structures in such harsh environments and contribute to the protection of the tanks. 【Usage Scenarios】 - Inner surfaces of oil and gas storage tank concrete - Protection of structures in chemical storage facilities - Protection of infrastructure equipment in corrosive environments 【Benefits of Implementation】 - Suppression of corrosion progression in concrete structures - Improved durability of storage tanks - Contribution to the longevity of equipment

In food factories, maintaining a hygienic environment and implementing corrosion prevention measures for concrete structures in the manufacturing process are crucial. In particular, chemicals used for cleaning and disinfection, as well as organic materials derived from food, can potentially affect concrete. Such corrosion can lead not only to the deterioration of structures but also to hygiene management issues. Our polyurea anti-corrosion method is designed to address the environment of food factories and protect structures, thereby contributing to the maintenance of hygiene. 【Application Scenes】 - Floors and walls of manufacturing areas - Drains and water storage tanks - Cleaning areas 【Benefits of Implementation】 - Prevention of corrosion in concrete structures - Support for maintaining a hygienic environment - Increased efficiency in cleaning and maintenance

In chemical plant chemical tanks, there are concerns about the corrosion of concrete structures caused by the chemicals being handled. Particularly in environments where highly corrosive substances such as strong acids and organic solvents are constantly present, the deterioration of the tanks can progress, increasing the risk of leaks and equipment shutdowns. To mitigate these risks and maintain stable plant operations, protection with anti-corrosive lining materials that have high chemical resistance is essential. 【Application Scenarios】 - Interior protection of chemical storage tanks - Corrosion countermeasures for reaction vessels - Anti-corrosion around piping and pumps 【Benefits of Implementation】 - Suppression of corrosion progression in concrete structures - Reduction of chemical leak risks - Extension of equipment lifespan - Reduction of maintenance costs

In power plants (hydroelectric and thermal), the circulation water channels require consideration for water quality and long-term protection of structures. In particular, circulation water channels are constantly in contact with water, creating an environment where concrete is prone to corrosion and deterioration. To address these challenges, corrosion prevention measures are essential to maintain the durability of structures and support stable operations. Akiyamade Co., Ltd. offers a polyurea corrosion prevention method that responds to the corrosion prevention needs of circulation water channels, applying waterproofing technology developed over many years to protect buildings from rainwater. 【Application Scenes】 - Circulation water channels in hydroelectric power plants - Circulation water channels in thermal power plants - Cooling water channels - Corrosion protection for concrete structures 【Benefits of Implementation】 - Suppression of corrosion in concrete structures - Reduction of impact on water quality - Extension of facility lifespan - Reduction of maintenance costs