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APLAS sheet method for ships

A reinforcement method that addresses the corrosion issues of ships, excelling in construction period, cost, and workability!

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

Related Link - https://www.auros.co.jp/

basic information

【Features】 ■ Short construction period: Reduces the work hours after surface preparation by half. ■ Reduction of 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. ■ High adhesion: Achieves high adhesion through unique plasma treatment technology. ■ Compliance with quality standards: Meets the quality standards for reinforcement materials set by NEXCO. 【Our Strengths】 Auro Technologies LLC specializes in research and development, product manufacturing, planning, and sales of surface modification technology using plasma. Utilizing our unique plasma technology and development capabilities, we aim to solve adhesion challenges in core industries. Through roll-to-roll processing in a vacuum atmosphere, we achieve stable processing effects and high productivity, providing solutions tailored to our customers' needs.

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Applications/Examples of results

【Construction Achievements】 ■ Road Bridge Deck Reinforcement - Adopted for the reinforcement of road bridge decks that have deteriorated. - Simplifies the work process compared to carbon fiber bonding methods, achieving greater construction efficiency. ■ Station Platform Deck Reinforcement - Conducted reinforcement work on aging platform decks during the day while trains are running. - A new method that does not require heavy machinery ensures both safety and cost reduction. *For more details, please download the PDF or feel free to contact us.

Infrastructure reinforcement method (carbon fiber bonding method) 'APLAS sheet method'

PRODUCT

APLAS sheet method construction achievements

TECHNICAL

APLAs sheet construction method performance results

TECHNICAL

Experimental Study on the Bonding Performance of Plastic CFRP Sheets for Flexural Reinforcement Bonded to RC Beams

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2025 Structural Engineering Paper Submission: 'Material Properties of Plasma-Treated Reinforcing Plastic CFRP Sheets and Bending Reinforcement Effects on RC Members, along with Upward Construction Tests'

OTHER

2nd Edition Estimation Data | Reinforcement of Concrete Structures Using APLAS Sheet Method

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Distributors

Aurostech Technologies LLC is a company engaged in research and development related to plasma surface modification technology, as well as the manufacturing, planning, and sales of products related to these technologies. With a professional team possessing extensive technical expertise and know-how in plasma technology, we have set our mission as "solving adhesion challenges in core industries and enriching people's lives," and we are committed to daily research activities and product development while looking toward the future society. Depending on the combination of plasma treatment conditions and materials, it is possible to maintain high adhesion for an extended period or to achieve direct bonding without adhesives. Additionally, since roll-to-roll processing is possible under a reduced pressure atmosphere, we can achieve both stable processing effects and high productivity.

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