Polymer– tag –
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Integrating Sustainability and Functionality in Soft Robotics: Fluorine-Free Surface Chemistry and Self-Healing Hydrogels Extend Device Lifespan and Recyclability
ACS Nano USA Overview Soft robotics is advancing towards integrating sustainability and functionality through innovative materials. New fluorine-free surface chemistries, self-healing hydrogels, and dynamic covalent polymer networks are ... -
A&B Smart Materials Develops Biodegradable SAPs from Cellulose and Starch to Replace Microplastics, Secures Pre-Seed Funding to Target $17 Billion Market
HEC Paris UK Overview Oxford-based deeptech startup A&B Smart Materials is developing bio-based, fully biodegradable superabsorbent polymers (SAPs) from cellulose and starch. These materials aim to replace fossil-based SAPs in hygien... -
South Ural State University Develops Self-Healing Metal That Fills Cracks Upon Heating
The Debrief USA Overview Researchers at South Ural State University in Russia are developing a self-repairing metal using a high-entropy alloy matrix with low-melting-point inclusions. When heated, these inclusions melt and flow into mic... -
Cyclomer Unveils ‘D-glue’ Debondable Adhesive, Drastically Improving Technical Plastic Recovery from Electronics through Heat Activation
Cyclomer / Recycling Today UK Overview A new heat-activated debondable adhesive, 'D-glue,' has been introduced, designed to lose adhesion upon heating, significantly enhancing the recovery of high-value technical plastics from end-of-lif... -
China’s WELION Powers NIO ET7 with 360Wh/kg Semi-Solid-State Batteries, Achieving 1,000km+ Range; Pursues IPO
TechInsights China Overview WELION New Energy, a Chinese battery manufacturer, demonstrated over 1,000 km (650 miles) of range in NIO's ET7 sedan using its 150-kWh semi-solid battery pack. These 360Wh/kg semi-solid cells are built on an ... -
AI-Assisted Multiobjective High-Throughput Screening of GPE Accelerates Safer Lithium Battery Development
ACS Publications USA Overview An ACS Publications paper reports a method accelerating the development of safer lithium batteries through AI-assisted multiobjective high-throughput screening and prioritization of gel polymer electrolytes ... -
Washington University Develops AI Synthesis Model Learning Recipes from Chemical Literature to Accelerate New Material Discovery
Washington University in St. Louis USA Overview Researchers at Washington University have significantly accelerated the discovery rate of new materials and chemical compounds by enabling AI systems to model chemical synthesis. This innov... -
Revolutionizing Drug Delivery: A Comprehensive Review of Polymeric Nanoparticles
Nanbiosis Spain Overview A recent review from Nanbiosis highlights polymeric nanoparticles (PNPs) as cornerstone platforms in nanomedicine, revolutionizing drug delivery, gene therapy, and medical imaging. By precisely engineering proper... -
American Composites Manufacturers Association Evaluates Graphene in Composites, Confirming Significant Performance Enhancement for FRP Materials with Trace Amounts
ACMA USA Overview The American Composites Manufacturers Association (ACMA) has published an article exploring the true potential of graphene in composites. Graphene's exceptional strength, electrical/thermal conductivity, barrier propert... -
Graphene-info Highlights Market Status and Diverse Applications of Graphene Composites, Poised to Transform Aerospace, Medical, and Renewable Energy Sectors
Graphene-info.com International Overview Graphene-info has released an article introducing graphene composites and their market status. Graphene's exceptional strength, lightweight nature, and excellent electrical and thermal conductivit...
