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TM i-series Electrolyte Polymer Dispersion for Fuel Cells Receives Industrial Contribution Award from the Fuel Cell Development Information Center in Japan ｜ News ｜ AGC"> MENU Company Company Back Company Message from Top Management Our Founding Spirit Brand Statement Our Story Our History of Value Creation Vision and Strategy Framework Group Vision Long-Term Management Strategy Management Policy Medium-Term Management Plan Corporate Information and Business Sites Business Overview Introduction of Executives Corporate Governance Group Companies Procurement Policy Corporate Policy over Internal Control Integrated Report Products and Technology Products Back Products Search by Application Mobility Architectural Materials Infrastructure / General Industry Electronics Semiconductors Energy Daily commodities, Food industry Life Science Search by Business Category Architectural Glass Automotive Display Electronic Materials Essential Chemicals Performance Chemicals Life Science Ceramics New Business Search by Name Search by Keyword Technology and Innovation back Technology and Innovation A Message from the Chief Technology Officer Technology Development Strategy Intellectual Property Strategy R&D Structure Core Technologies Technology Highlights Mobility Electronics Life Science AGC Yokohama Technical Center AGC OPEN SQUARE “AO” Overview Facility Guide Access Collaboration Research Collaboration System R&D Library Measures to Prevent Misconduct in Research and Properly Manage Public Research Funds Sustainability Sustainability Back Sustainability Protecting the Global Environment and Utilizing Resources Supporting the Evolution of Cities and Mobility Realizing Longevity Society Where People Can Live in Good Health Creating a Healthy and Secure Society through Connections Generating New Value from Fair and Safe Workplaces Message from the President and CEO The AGC Group’s Sustainability Management Sustainability Promotion System Download Report Site Reports External Evaluations GRI Standards Index Sustainability-related policies, criteria, and guidelines AGC Group Code of Conduct/Compliance Help Lines Investors Investors Back Investors Management Information To Our Shareholders Vision and Strategy Framework Business Risks Disclosure Policy Financial Highlights IR News IR Library Company Overview Presentations of Financial Results Presentations of Business Briefings Financial Results Financial Review AGC Review (Newsletter for Shareholders) ESG Information Sustainability Corporate Governance Integrated Report Stock and Bond Information Stock Information Corporate Bond and Rating Information Dividend Information Analyst Coverage General Meeting of Shareholders Methods for Various Stock Procedures Electronic Public Notice Articles of Incorporation Stock Price Contact Us FAQ IR Email News Support Information IR Calendar Cautionary Statement IR Site Map Careers News Contact EN JP CN Search May 16, 2022Products Download PDF Print AGC’s FORBLUETM i-series Electrolyte Polymer Dispersion for Fuel Cells Receives Industrial Contribution Award from the Fuel Cell Development Information Center in Japan AGC (AGC Inc., Headquarters: Tokyo, President: Yoshinori Hirai), a world-leading manufacturer of glass, chemicals and high-tech materials, has received the “Industrial Contribution Award of the FCDIC Honoring System for FY 2021” from the Fuel Cell Development Information Center* (FCDIC; President: Kenichiro Ota) for its FORBLUETM i-series electrolyte polymer dispersion for fuel cells, in recognition of its contributions to fuel cell development and related industry advancement. Electrolyte Polymer Dispersion for Fuel Cells, FORBLUETM i-series FORBLUETM i-series is a fluorinated electrolyte polymer dispersion, developed by AGC Group based on its ion-exchange membrane technology cultivated by its long experience in the chloro-alkali business. It is used for electrodes and electrolyte membranes in automotive fuel cells. AGC’s FORBLUETM i-series has achieved to improve the performance of conventional polymers, and is more durable and cost effective compared to conventional fluorinated polymers. In electrode applications, AGC’s unique design technologies for fluoropolymers has made it possible to significantly reduce the amount of platinum used as a catalyst in electrodes. These technologies have been highly evaluated and is used in the electrodes of the second-generation MIRAI, a fuel cell vehicle of Toyota Motor Corporation. For electrolyte membranes applications, AGC has succeeded in developing polymers that can perform well even when operated at 120°C without humidification. The AGC Group has set the promotion of sustainability management as one of the key strategies in its medium-term management plan AGC plus-2023 and is committed to contributing to solving social issues through its materials innovation. AGC will continue to research and develop this product, FORBLUETM i-series, and aims to further improve the performance towards prevailing fuel cell vehicles and rializing a hydrogen society, together work to reduce GHG emissions through our business activites. Note * Fuel Cell Development Information Center https://www.fcdic.com/?language=eng An academic society established in July 1986 as a service organization to develop fuel cell technology and to promote the introduction and penetration of fuel cell systems. The honoring system was established in 2016 as part of the center's 30th anniversary celebrations. Reference Product site on the AGC website FORBLUE™ Family: Solutions for separating various chemicals (agc-chemicals.com) Media inquiries Chikako Ogawa, General Manager, Corporate Communications & Investor Relations DivisionAGC Inc. 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