アウロステクノロジーズ List of Products and Services

In the field of shipbuilding, measures to prevent deterioration of structures due to salt damage and corrosion are emphasized. In particular, maintaining long-term corrosion resistance and efficient repair work within limited dry dock periods are required. Traditional methods often take time for resin impregnation and curing, leading to delays in construction schedules and increased costs. The APLAS sheet method contributes to solving these issues as a new technique specifically designed for reinforcing concrete structures. 【Application Scenarios】 - Reinforcement of concrete structures such as ship hulls, decks, and tanks - Repair of deteriorated areas due to salt damage and corrosion - Rapid repair work during regular maintenance 【Benefits of Implementation】 - Shortened construction time leading to reduced project duration - Reduction in direct construction costs such as labor and temporary scaffolding expenses - Alleviation of the burden on on-site workers

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In the aerospace field, high thermal insulation performance is required to maintain equipment performance and ensure safety in extreme environments. Particularly in the harsh temperature fluctuations of outer space and high-altitude operations, effective insulation measures are essential. Inadequate insulation can lead to equipment malfunctions or failures, and even mission failures. The APLAS sheet method uses CFRTP sheets with high adhesion properties granted by a unique plasma treatment technology to reinforce concrete structures, and its material characteristics are expected to be applied in insulation applications within the aerospace sector. 【Application Scenarios】 - Insulation materials for spacecraft and satellites - Insulation for aircraft fuselages - Equipment protection in cryogenic and high-temperature environments 【Benefits of Implementation】 - Stable operation of equipment due to excellent insulation performance - Improved response to temperature changes - Contribution to fuel efficiency improvements and increased payload through weight reduction

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

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

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In the energy industry, particularly in oil spill response, the durability of infrastructure and rapid response are essential. To minimize environmental pollution and operational shutdown risks caused by oil spills, early repair and reinforcement of structures are crucial. However, traditional reinforcement methods often require complex processes and long curing times, posing challenges in terms of construction period and costs. The APLAS sheet method is a new reinforcement technique developed to address these challenges. By simply adhering sheets with a specialized adhesive, reinforcement effects can be achieved, leading to reduced construction time, associated cost savings, and a lighter workload for on-site workers. 【Application Scenarios】 - Concrete structures around plant facilities where oil spill response is necessary - Reinforcement around oil storage tanks and piping - Infrastructure facilities requiring rapid repairs in emergencies 【Benefits of Implementation】 - Early recovery due to shortened construction periods - Reduction in direct construction costs such as labor and temporary scaffolding expenses - Alleviation of on-site work burdens

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

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In the food industry, maintaining a hygienic environment and the durability of structures is essential. Particularly in areas such as manufacturing lines and storage facilities, where cleanliness is constantly required, the ease of cleaning and the selection of durable materials become crucial. Deterioration or damage to existing structures can increase hygiene management risks. The APLAS sheet method provides efficient and effective reinforcement and renovation solutions to address these challenges. 【Usage Scenarios】 - Reinforcement of wall surfaces around manufacturing lines - Reinforcement of structures within storage facilities - Surface protection in areas with high cleaning frequency 【Benefits of Implementation】 - Long-term maintenance of a hygienic environment through improved structural durability - Increased efficiency in repair and reinforcement work - Reduced burden on on-site workers

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

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In the field of fisheries, particularly in the protection of aquaculture ponds, the durability and long-term stability of structures are required. Concrete structures in aquaculture ponds, which are exposed to water quality, salinity, and physical impacts, are prone to deterioration, and their repair and reinforcement require a reduction in construction time, cost control, and good workability on-site. Traditional methods often require time for resin impregnation and curing, which can lead to increased construction time and costs. The APLAS sheet method is a new reinforcement technique that addresses these challenges. 【Application Scenarios】 - Repairing cracks in the concrete walls of aquaculture ponds - Structural reinforcement of aging aquaculture facilities - Repairing areas of deterioration due to salt damage or water pressure 【Benefits of Implementation】 - Shortened repair work construction time - Reduction in costs such as labor and temporary scaffolding expenses - Reduced on-site work burden

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In the field of agriculture, irrigation management requires the durability of equipment and stable operation. In particular, irrigation facilities that come into contact with water and soil for extended periods are prone to corrosion and deterioration, making regular maintenance and repairs essential. If these challenges cannot be addressed quickly and effectively, it may lead to delays in water supply or the need for complete replacement of the equipment, which can impact production activities. The APLAS sheet method is a new reinforcement technique that meets the needs of such sites. 【Application Scenarios】 - Repair of aging irrigation channels - Concrete reinforcement around groundwater pumping stations - Repair of cracks in storage tanks and distribution pipes 【Benefits of Implementation】 - Early recovery of water supply due to expedited repair work - Cost reduction for replacements by extending equipment lifespan - Reduced burden on field workers

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

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In the construction industry, waterproofing measures to improve the durability of structures and prevent deterioration are important factors for long-term maintenance management. Particularly in the repair and renovation of existing structures, there is a demand for shortened construction periods, cost reduction, and ensuring workability on site. Traditional methods often require significant time for resin impregnation and curing, which can lead to delays in construction schedules and increased costs. The APLAS sheet method offers a new approach specifically designed to reinforce concrete structures in response to these challenges. 【Usage Scenarios】 - Repairing cracks in concrete structures - Reinforcing deteriorated areas - Protecting waterproof layers 【Benefits of Implementation】 - Reduced construction time - Lower direct construction costs - Reduced burden on on-site workers

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The "APLAS Sheet Method" significantly improves construction productivity and addresses on-site challenges through a reinforcement method. It resolves the long construction periods and complexity of on-site work associated with traditional carbon fiber adhesive methods using unique material technology. 【Features】 ■ Provides reinforcement effects equal to or greater than traditional carbon fiber adhesive methods with just the application of APLAS sheets. ■ Construction time can be reduced by approximately 40% compared to traditional carbon fiber adhesive methods. ■ The paste-like adhesive prevents misalignment, demonstrating high operability even in upward applications such as ceilings, reducing the burden on workers. ■ Quiet construction that minimizes noise, vibration, and exhaust emissions, making it suitable for facilities in operation and for work in residential areas at night. ■ Lightweight material that can be manually transported, reducing costs associated with heavy machinery and scaffolding, contributing to overall optimization of construction costs. *For more details, please download the PDF or feel free to contact us.

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This is a proven track record that demonstrates high workability and safety in the reinforcement of station platform slabs. Daytime construction was completed while trains were running, minimizing the impact on the surrounding area. ■ Daytime work eliminates the need for night shift premium wages, lighting equipment, and additional security personnel costs, thereby reducing construction expenses. ■ The lightweight sheet material can be transported manually, allowing for flexible responses even in sites with restricted access routes. ■ The risk of accidents and contact associated with heavy machinery operation is eliminated, ensuring high safety for both workers and users. ■ Noise, vibration, and exhaust emissions are significantly reduced, lowering the risk of complaints from nearby residents and users. ■ Quick and quiet construction achieves reinforcement with minimal burden even in facilities that are operational. *For more details on the above case and information about the APLAS sheet method, please refer to the catalog download.

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We would like to introduce our implementation results for road bridge deck reinforcement in Suzu City, Ishikawa Prefecture. Compared to conventional methods, we have achieved significant results in both reducing on-site burdens and costs. ■ The construction period was shortened from 4 days to 2 days, reducing the required man-hours from 12 to 6, a 50% reduction. ■ The processes of applying primer and leveling material have been eliminated, improving work efficiency. ■ The construction is completed with only the application of sheets in two directions, allowing for speedy restoration. ■ In a site with a reinforcement area of 20 square meters, we have significantly optimized the processes after surface preparation. *For more details on the above case and information about the APLAS sheet method, please refer to the catalog download.

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We are publishing the research results of the "Thermoplastic CFRP Sheet Bonding Method," which significantly improves productivity at infrastructure reinforcement sites. This is a demonstration document that addresses the challenges of "multiple processes and long construction periods" in conventional carbon fiber methods through our unique material technology. We invite you to check the full details of this highly practical technology that balances shortened construction periods and stable construction quality. ■ Key Topics and Demonstration Data in this Document Approximately 40% reduction in construction time: We have demonstrated the ability to integrate processes such as surface correction, shortening the construction period including curing time from the conventional 4 days to just 1 day. Ease of operation for upward construction: By utilizing paste-like resin, we confirmed that it is less likely to shift during application to ceiling surfaces, allowing for smooth continuous lamination. Achievement of high adhesion: We modified the surface of PPS resin through plasma treatment to ensure strong adhesion with epoxy resin. Reliability under harsh conditions: We proved the potential for outdoor use by passing 1000 hours of accelerated exposure tests and 2 million fatigue tests. *The full text can be viewed by downloading the catalog.

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We provide the latest research materials focused on the urgent themes of "shortening reinforcement construction periods" and "simplifying construction" in addressing infrastructure aging issues. This paper demonstrates solutions using new materials to tackle the challenges faced by conventional methods. ■Contents of this paper Demonstrated reinforcement effect: Experimental evidence shows that thermoplastic CFRP sheets possess bending strength and crack dispersion effects equal to or greater than those of conventional carbon fiber sheets. Quantitative basis for process reduction: The newly developed adhesive resin simplifies processes such as surface correction, explaining a mechanism that can reduce construction time by approximately 40%. Safety of joint construction: Verification that performance can be maintained at levels equivalent to those without joints, even when joints are located at points of concentrated stress. Adhesion strength exceeding design guidelines: Data supports a robust adhesion performance with interfacial peel energy significantly exceeding design values. Please check the comprehensive details of this highly practical reinforcement technology that enables thermal bending processing and overlapping joints on-site. *The full text can be viewed by downloading the catalog.

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The "APLAS Sheet Method" is a new technique for reinforcing concrete structures using CFRTP sheets that are impregnated with thermoplastic resin (PPS resin). Unlike the currently mainstream carbon fiber adhesive method, which requires resin impregnation and curing processes, this method achieves reinforcement simply by adhering the sheets with a specialized adhesive. This results in a reduction in construction time, which can lead to lower direct construction costs and a decrease in the burden on on-site workers. The APLAS sheets used in this method are a new reinforcement material that has been given high adhesion properties through a unique plasma treatment technology. They meet the quality standards for reinforcement materials set by NEXCO, making them safe for use in infrastructure fields such as bridges. 【Features】 ■ Short construction period: Reduces the number of work hours after surface preparation by half. ■ Reduction in direct construction costs: Expected savings on labor costs and rental fees for temporary scaffolding. ■ Workability: Can be cut with a cutter or scissors, allowing for dimension adjustments on-site. *For more details, please download the PDF or feel free to contact us.

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