New Technology– category –
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Humanchem Unveils Green Coating Solutions at ProPak Asia, Featuring PFAS-Free Paper Barrier Coatings for Enhanced Food Packaging Safety and Sustainability
Humanchem South Korea Overview Humanchem showcased green coating solutions at ProPak Asia 2026, including water-based transfer coatings, PFAS-free paper barrier coatings, and BPA-NI metal packaging coatings. The PFAS-free paper barrier c... -
Thermoplastic vs. Thermoset: Selecting the Right Molding Technology for Your Application — Addressing Recyclability and Durability for Sustainable Material Choices
Rediweld Moulding UK Overview This article compares thermoplastic and thermoset properties, focusing on their recyclability and optimal molding technology selection for various applications. Thermoplastics can be repeatedly melted and re... -
Next-Gen Solid-State Batteries: Ceramic Fillers Achieve Breakthrough Electrochemical Stability for High-Voltage Applications
diva-portal.org スウェーデン Overview This research demonstrates a significant advancement in lithium-ion battery technology by showing that ceramic fillers dramatically enhance the electrochemical stability of composite polymer electrol... -
MDPI Editorial Highlights Global Shift to Sustainable, High-Performance Bio-Based Polymer Coatings: Advancements in Plant Oil Polyurethanes and PFAS-Free Aqueous Latex for Active Food Packaging and Controlled-Release Agriculture
MDPI Switzerland Overview This editorial highlights the global coatings industry's shift towards sustainable, eco-friendly, and high-performance bio-based polymer coatings, replacing petroleum-derived materials. It discusses advanced syn... -
Zhejiang Hongsheng New Material Tech Group Integrates High-Strength Glass Fiber/PU Composites into Solar Panel Frames
企查查 (qcc.com) China Overview Zhejiang Hongsheng New Material Technology Group has established a complete industrial chain in composite materials and environmental flue gas treatment, prominently applying high-strength glass fiber and ... -
Extreme Nanoconfinement Dramatically Boosts Small Molecule Solubility in Nonpolar Polymers, Revolutionizing CO2 Separation Membrane Performance Beyond Trade-Off Limits
ResearchGate Germany Overview This research reveals that extreme nanoconfinement significantly enhances small molecule solubility in nonpolar polymers, drastically improving CO2 separation membrane performance. By incorporating imidazole... -
Resonac Successfully Upholds Patent on Liquid Encapsulant for AI Semiconductor Packages, Enhancing 2.5D Package Reliability
Resonac Corporation Japan Overview Resonac Corporation announced the Japan Patent Office upheld its patent (No. 7687499) on a liquid encapsulant for 2.5D semiconductor packages in AI applications. This encapsulant is critical for address... -
Breakthrough in Hydrocarbon Separation: Ultrathin Polymer Membranes with Locked Intrinsic Microporosity Slash Energy Consumption in Crude Oil Refining, Achieve High Molecular Selectivity
EurekAlert! USA Overview International researchers have developed ultrathin polymer membranes featuring "locked intrinsic microporosity" for highly selective and rapid separation of complex hydrocarbon mixtures. This breakthrough offers ... -
Solid-State Batteries Poised to Surpass Lithium-Ion, Revolutionizing Safety and Energy Density Through Advanced Solid Electrolytes
Anker SOLIX China Overview This article explains the fundamental differences between solid-state batteries (SSBs) and lithium-ion batteries, focusing on the critical role of solid electrolytes in SSBs. It details common solid electrolyte... -
ACS Green Chemistry Symposium Highlights Natural Polymers as Key Sustainable Materials for the 21st Century, Driven by Renewable Feedstocks and Bioengineering Innovations
American Chemical Society (ACS) USA Overview An ACS symposium emphasizes the growing importance of natural polymers as sustainable materials for the 21st century, focusing on innovations in obtaining polymers from renewable feedstocks us...
