New Technology– category –
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Kanazawa University’s Dr. Tatsuno Details How Thermoplastic Composites (CFRTP) Are Poised to Revolutionize Automotive Mass Production
Cemedine Style Japan Overview Associate Professor Daichi Tatsuno of Kanazawa University highlights the transformative potential of Thermoplastic Carbon Fiber Reinforced Plastics (CFRTP) as a pivotal next-generation structural material. C... -
Sigma-Aldrich Enhances Fuel Cell Polymer Electrolyte Membranes: Enabling Low-Temperature Operation and High Durability to Advance PEFC Technology
Sigma-Aldrich USA Overview Sigma-Aldrich has strengthened its portfolio of fuel cell membranes and materials, announcing performance enhancements specifically for polymer electrolyte membranes (PEM) fuel cells. These new materials featur... -
High-Toughness CFRP from Toray Revolutionizes Aircraft Fuel Efficiency and Emissions Reduction
Japan Chemical Innovation Institute Japan Overview The Japan Chemical Industry Association highlights Toray's high-toughness Carbon Fiber Reinforced Plastics (CFRP) as a pivotal technology dramatically improving aircraft fuel efficiency.... -
Teijin Revolutionizes Automotive Lightweighting with Sereebo®: A Mass-Produced Carbon Composite Offering 40% Weight Reduction and 10x Impact Resistance
Teijin Japan Overview Teijin has unveiled Sereebo®, the world's first mass-produced carbon composite material for automotive structural components, demonstrating a significant leap in material science. Already adopted for applications li... -
DuPont Supercharges Vespel® R&D in Japan to Meet Soaring Electronics Demands
Chemical Daily Online Japan Overview DuPont has significantly expanded its Vespel® high-performance polyimide development and evaluation capabilities at its Utsunomiya facility in Japan, targeting the demanding electronics sector. This s... -
Georgia Tech Pioneers Generative AI for Polymer Design, Accelerating Discovery and Slashing R&D Costs
Georgia Tech USA Overview Researchers at Georgia Institute of Technology have developed a groundbreaking polymer material design technology powered by generative AI. This innovation fundamentally shifts from traditional trial-and-error m... -
Revolutionizing Composites: Nagoya Tech’s Solid Catalyst Recovers High-Quality Carbon Fibers from CFRP Waste
Nagoya Institute of Technology Japan Overview Researchers at Nagoya Institute of Technology have unveiled a groundbreaking technology for recycling carbon fiber reinforced plastics (CFRPs) using a novel solid catalyst. This innovative pr... -
Shinshu University Unveils PFAS-Free Fuel Cell Membrane, Achieving 100,000 Cycles at 120°C for Next-Gen PEFCs
Shinshu University Faculty of Textile Science and Technology Japan Overview Researchers at Shinshu University have developed a groundbreaking fluorine-free polymer composite membrane for fuel cells, offering a critical PFAS-compliant sol... -
Mitsubishi Chemical Elevates DURABIO: A Bio-Engineering Plastic Pushing Performance and Sustainability Boundaries
Mitsubishi Chemical Corporation Japan Overview Mitsubishi Chemical has unveiled updated specifications for DURABIO, its advanced bio-engineering plastic rooted in plant-derived isosorbide. This material excels in transparency, optical cl... -
Albion Adopts Mitsubishi Chemical’s Plant-Derived Bio-Engineering Plastic “DURABIO” for Cosmetic Compact Cases
MONOist Japan Overview Albion has incorporated Mitsubishi Chemical's plant-derived bio-engineering plastic "DURABIO" into its new cosmetic compact cases. DURABIO's exceptional transparency and optical properties, combined with other clea...
