2026– date –
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Visible-Light-Responsive, Bio-Based Vitrimers with Dual Dynamic Covalent Networks Enable Efficient Self-Healing and Closed-Loop Recycling
The Royal Society of Chemistry UK Overview This research resolves the long-standing challenge of developing sustainable thermosets that simultaneously achieve robust mechanical properties, efficient self-healing, and closed-loop recyclin... -
PPG Commits Over $280M to New Advanced Automotive Coatings Facility in Ohio, Centering Sustainability as Core to Long-Term Business Success
European Coatings Europe Overview PPG has broken ground on a new advanced manufacturing facility for automotive coatings in Ohio, investing over $280 million in its existing site. This substantial investment highlights the company's stra... -
Solid Power Shifts to Commercial Electrolyte Supply, Foresees Multi-Year Path to Broad Solid-State Battery Commercialization, Highlighting Sulfide’s Role in Next-Gen Anodes
Investing.com USA Overview Solid Power (SLDP) announced a strategic pivot from research partnerships to commercial electrolyte supply at the JP Morgan Automotive Conference. While highlighting progress in manufacturing, cash reserves, an... -
Spintronics Breakthroughs Propel Materials Science: STT-MRAM’s High-Speed, Low-Power Capabilities Shape Future Non-Volatile Memory
Inspekt360 International Overview Significant advancements in spintronics are enabling new materials science breakthroughs, with spin-transfer torque MRAM (STT-MRAM) gaining prominence as a replacement for conventional flash and dynamic ... -
Syntegon Unveils Sepion 75 Pilot-Scale Tablet Coater: Enhanced Efficiency and Safety for Variable Batch Sizes and High-Potency APIs
Packaging Europe Europe Overview Syntegon has launched the Sepion 75, a pilot-scale tablet coater offering significant improvements in flexibility and efficiency for pharmaceutical manufacturing. Its automatically adjustable spray arm en... -
AI-Powered Closed-Loop Discovery Accelerates Energy Material Exploration: Novel System Integrating MLIP and LLM Revealed in Landmark Paper
The Royal Society of Chemistry UK Overview A pivotal paper details a closed-loop discovery system for energy materials, integrating AI models like Machine Learning Interatomic Potentials (MLIP) and Large Language Models (LLM). This full-... -
North Carolina State Develops 1000-Cycle Self-Healing Composite, Licensed to Structeryx Inc.; Extreme-Temperature and In-Vivo Self-Repairing Materials Emerge
InnoDexis International Overview A 2026 survey highlights self-healing materials transitioning from lab phenomena to practical engineering properties. North Carolina State University developed a fiber-reinforced composite achieving over ... -
Solid-State Batteries’ 2027 Mass Production Targets and Anode-Less Designs Challenge Existing Anode Material and Recycling Industries
Dainen Materials (via LinkedIn Pulse) International Overview In 2026, solid-state batteries are transitioning from research to mass production planning, with leading manufacturers targeting 2027 for initial commercialization. This shift,... -
Oxide Electrolytes Dominate Solid-State Battery Race, Sulfide Mass Production Delayed to 2030, as Falling LATP Prices Drive Hybrid Solid-State Commercialization
Shanghai Metals Market China Overview The Chicago Solid-State Battery Summit revealed that oxide-based electrolytes are leading the commercialization race, with sulfide-based mass production now anticipated for 2030. Tianci Materials is ... -
TRAMACO Unveils DJIC-AS01: A Water-Based PEDOT:PSS Functional Coating Offering High Transparency with Controlled Conductivity for ESD Protection
ROWA GROUP Germany Overview TRAMACO has launched DJIC-AS01, a novel water-based functional coating system leveraging polyester polyurethane and conductive PEDOT:PSS polymers. This innovative coating provides precisely defined surface res...
