July 2026– date –
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Arkema Supplies Kepstan® PEKK High-Performance Polymers for Aerospace, Enabling High-Heat, High-Strength, Lightweight Thermoplastic Composites
Arkema High Performance Polymers France Overview Arkema is strengthening its portfolio of high-performance polymers, particularly Kepstan® PEKK, to meet the demanding requirements of the aerospace industry. These materials offer exceptio... -
Green TiO₂ for 3D Printing Enhances Imaging Contrast and UV Stability in Biocompatible Photopolymer Resins for Medical and Dental Applications
XMTIO2 Unknown Overview Amidst the booming 3D printing market, demand for high-performance, sustainable raw materials, particularly "green TiO₂," is surging. Green TiO₂ is being integrated into biocompatible photopolymer resins for medic... -
Greene Tweed Slashes Aerospace Composite Prototyping Time by Half with Xycomp DLF, Accelerating Component Development for Advanced Air Mobility
Plastics Today USA Overview Advanced materials supplier Greene Tweed has introduced a rapid prototyping process that cuts development time for aerospace composite components by almost 50%. This breakthrough focuses on their Xycomp DLF ma... -
Oerlikon Unveils High-Performance PFAS-Free Thin Film Coatings for Electronics, Aerospace, and Automotive Industries Amidst Tightening Global Regulations
Oerlikon Switzerland Overview Oerlikon has introduced high-performance PFAS-free thin film coatings for a wide range of industries, including electronics, aerospace, automotive, and food packaging, in response to escalating global PFAS r... -
Nature Materials Study Calls for Dynamic Regulatory Framework for Engineered Living Materials, Citing Unique Risks from Self-Replicating Components
GENE ONLINE|News & Opinion Taiwan Overview A study published in *Nature Materials* on July 6, 2026, advocates for a specialized and dynamic regulatory framework for Engineered Living Materials (ELMs). Researchers highlight that ELMs, whi... -
Michigan State University Develops Highly Radiopaque Polyether Polymer for Non-Surgical Monitoring of Implanted Medical Devices via X-ray and CT Scans
Michigan State University (MSU) Polymer Engineering Lab USA Overview Researchers at Michigan State University's Polymer Engineering Lab have developed a novel radiopaque polyether polymer that dramatically enhances the visibility of impl... -
Singapore’s A-HUB, a Collaboration of ATLANT 3D, A*STAR IMRE, and NAMIC, Accelerates New Materials Discovery with AI and Atomic-Scale Processing
Trend Hunter Singapore Overview In Singapore, a new Advanced Materials Development Hub (A-HUB) has been established through a partnership between ATLANT 3D, A*STAR IMRE, and NAMIC. This hub integrates AI, atomic-scale processing, and add... -
COMY Environmental Technology Drives Circular Polymer Production, Transforming Plastic Waste into Virgin-Quality Feedstocks via Depolymerization and Pyrolysis
COMY Environmental Technology Unknown Overview COMY Environmental Technology is spearheading advanced circular polymer production technologies, including depolymerization, pyrolysis, and catalytic cracking, to tackle escalating plastic c... -
Machine Learning in Materials Science Accelerates Discovery with Polymer Informatics and Closed-Loop Workflows
MDPI Switzerland Overview Machine learning (ML) is revolutionizing materials science by leveraging computational methods to predict properties, identify structure-property relationships, and discover novel materials from vast datasets. T... -
Bio-Based Polymers, Including PLA and PHAs, Spearhead Performance and Sustainability Advancements in Packaging, Automotive, and Construction Sectors
Patsnap Eureka Unknown Overview A significant paradigm shift towards bio-based polymeric materials, driven by sustainability imperatives and the reduction of fossil fuel dependence, is underway. Engineered bio-based polymers like PLA and...
