Exhibiting New Construction Method for Aging Station Platforms and Platform Door Reinforcement at '2nd Railway Technology Exhibition Osaka 2026'
Auros Technologies will exhibit at the '2nd Railway Technology Exhibition Osaka 2026,' showcasing the 'APLAS Sheet Method' for station platform reinforcement. This NETIS-registered technology offers a 40% reduction in construction time, significant cost savings, and enhanced safety.
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- 📰 Published: May 25, 2026 at 21:30
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Auros Technologies LLC, a group company of Mitani Sangyo Co., Ltd. specializing in plasma surface modification technology, will exhibit at the '2nd Railway Technology Exhibition Osaka 2026,' held at Intex Osaka from May 27th (Wed) to 29th (Fri), 2026.
The exhibition is a hub for railway systems, civil engineering, and infrastructure technology. Auros Technologies will present its new 'APLAS Sheet Method' for addressing aging station structures.
■ Features of the APLAS Sheet Method
The method reinforces concrete structures by bonding 'APLAS sheets'—which possess high adhesiveness via plasma surface modification—using specialized adhesives.
1. Shortened Construction Time: Reduces work time by approximately 40% compared to conventional carbon fiber bonding methods. Registered with the Ministry of Land, Infrastructure, Transport and Tourism's 'NETIS' (Registration No.: KK-240024-A).
2. Minimized Operational Impact: Daytime work is possible, eliminating nighttime labor costs.
3. Enhanced Safety: Eliminates the need for heavy machinery, reducing collision risks.
4. Easy Transport: Lightweight materials allow for manual transport.
5. Minimized Environmental Impact: Significantly reduces noise, vibration, and exhaust gases.
Visitors to Booth 5C-13 can experience the materials firsthand and watch videos of the construction process.
■ Event Overview
Name: 2nd Railway Technology Exhibition Osaka 2026
Dates: May 27th (Wed) – 29th (Fri), 2026
Venue: Intex Osaka, Halls 3, 4, 5
Auros Technologies provides plasma contract processing services to help solve industrial challenges.
The exhibition is a hub for railway systems, civil engineering, and infrastructure technology. Auros Technologies will present its new 'APLAS Sheet Method' for addressing aging station structures.
■ Features of the APLAS Sheet Method
The method reinforces concrete structures by bonding 'APLAS sheets'—which possess high adhesiveness via plasma surface modification—using specialized adhesives.
1. Shortened Construction Time: Reduces work time by approximately 40% compared to conventional carbon fiber bonding methods. Registered with the Ministry of Land, Infrastructure, Transport and Tourism's 'NETIS' (Registration No.: KK-240024-A).
2. Minimized Operational Impact: Daytime work is possible, eliminating nighttime labor costs.
3. Enhanced Safety: Eliminates the need for heavy machinery, reducing collision risks.
4. Easy Transport: Lightweight materials allow for manual transport.
5. Minimized Environmental Impact: Significantly reduces noise, vibration, and exhaust gases.
Visitors to Booth 5C-13 can experience the materials firsthand and watch videos of the construction process.
■ Event Overview
Name: 2nd Railway Technology Exhibition Osaka 2026
Dates: May 27th (Wed) – 29th (Fri), 2026
Venue: Intex Osaka, Halls 3, 4, 5
Auros Technologies provides plasma contract processing services to help solve industrial challenges.
FAQ
APLASシート工法とはどのような技術ですか？
プラズマ表面改質技術を用いて高い接着性を付与したCFRTPシート「APLASシート」を、コンクリート構造物に貼り付けて補強する新工法です。
APLASシート工法を導入するメリットは何ですか？
一般的な炭素繊維接着工法と比較して作業時間を約40％短縮でき、日中作業が可能なため夜間コストが不要です。また、軽量で人力搬入が可能なため、騒音や接触リスクも低減できます。
APLASシート工法はどのような場所に適していますか？
老朽化した駅ホーム床版の補修に加え、ホームドア設置に伴う床版補強に最適です。
アウロステクノロジーズが「第2回 鉄道技術展・大阪2026」に出展する目的は何ですか？
駅ホーム構造物の老朽化や維持管理課題に対する同社の取り組みを広く紹介し、実物や映像を通じて工法の有効性を周知するためです。
APLASシート工法の信頼性はどの程度ですか？
国土交通省の新技術情報提供システム「NETIS」に登録（番号：KK-240024-A）されており、すでに現場での施工実績を有しています。