Polymer– tag –
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Addressing AI Polymer Discovery Challenges: Blueprint for Autonomous Closed-Loop Ecosystem Devised
Asia Research News / JACS Au Unknown Overview A research team has identified six critical system-level challenges in AI-powered polymer discovery workflows and devised a blueprint for an autonomous closed-loop polymer discovery ecosystem... -
Cobalt-Catalyzed Polymerization Enables Switchable Pressure-Sensitive Adhesion with Soft Methacrylate Nematic Elastomers
ACS Publications USA Overview Recent research demonstrates that cobalt-catalyzed chain transfer polymerization (Co-CTP) is an effective strategy for designing soft methacrylate nematic elastomers optimal for switchable pressure-sensitive... -
Itaconate Chemistry and Nanocellulose Reinforcement Optimize Adhesion-Cohesion Balance in High Bio-Content Waterborne PSAs
ACS Publications USA Overview New research demonstrates an effective method to restore the adhesion-cohesion balance in high bio-content waterborne pressure-sensitive adhesives (PSAs) through a combination of itaconate chemistry and nano... -
Virginia Tech Develops Monomaterial Adhesive Tape Outperforming Duct Tape with Chemical Recyclability
Packaging Insights USA Overview Researchers at Virginia Tech have successfully developed a monomaterial pressure-sensitive adhesive tape where both the substrate and adhesive layers are entirely chemically recyclable. This groundbreaking... -
Cambium Unveils ApexFrame 5000, a High-Temperature Laminating Film Adhesive for Aerospace and Defense, Withstanding Over 315°C
PR Newswire (via Cambium) USA Overview Advanced materials developer Cambium has launched ApexFrame™ 5000, a phthalonitrile-based film adhesive specifically designed for demanding high-temperature bonding applications. This new product me... -
Oak Ridge National Lab Develops Reusable Adhesive from Waste Polymers, Effective in Both Wet and Dry Conditions
Adhesives & Sealants Industry USA Overview Researchers at Oak Ridge National Laboratory have developed an innovative, reusable adhesive derived from waste polymers that exhibits superior bonding strength in both aqueous and dry environme... -
JETRO: Hydrogen Networks and Solid-State Batteries Poised to Drive Decarbonization Amid Surging Global Power Demand
JETRO Japan Overview A new JETRO report highlights the critical role of fuel cells and advanced batteries in global decarbonization efforts, driven by increasing electricity demand. While focusing on Polymer Electrolyte Fuel Cells (PEFC/... -
Tohoku University Proposes New AI-Integrated Autonomous Framework for Polymer Materials Discovery
EurekAlert! (Advanced Institute for Materials Research (AIMR), Tohoku University) Japan Overview A research team at Tohoku University has proposed a novel framework integrating AI and autonomous laboratories to overcome key bottlenecks i... -
Clay-Reinforced Blow-Spun PVDF Nanofiber Mats Achieve Significant Mechanical Strength Enhancement Up to a Critical Limit, Opening New Horizons for Functional Membrane Applications
Scienmag Unknown Overview New research demonstrates that incorporating clay into blow-spun polyvinylidene fluoride (PVDF) nanofiber mats significantly enhances their mechanical strength. While highlighting the potential of clay as a rein... -
Avadain’s LTDF Graphene to Revolutionize Industrial 3D Printing, Enabling 20-40% Weight Reduction in Aerospace
EIN Presswire USA Overview Avadain announced that its Large, Thin, and Defect-Free (LTDF) graphene will significantly enhance industrial 3D printing across aerospace, automotive, and healthcare sectors. By incorporating LTDF graphene int...
