New Technology– category –
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Exel Composites Emphasizes Multifaceted Approach to Sustainable Composites, Citing Fairmat’s Robotic Cutting Technology for Waste Reuse
MEPCA Magazine UK Overview Kim Sjödahl of Exel Composites stressed that true composite sustainability relies on a multifaceted approach spanning design, production, and end-of-life management, rather than a single perfect recycling solut... -
Toray Advanced Composites, Partners Launch Initiative to Support US Army Drone Program with Advanced Composites for Rapid UAS Production
Plastics Today USA Overview Toray Advanced Composites, Lacks Carbon Fiber, and IGCS International have launched a joint initiative to support the U.S. Army's drone superiority program. This partnership integrates advanced carbon prepreg ... -
Z-Polymers Develops High-Performance ‘Tullomer’ Fiber: 6x Stronger and 1/6th Weight of Steel for Aerospace Innovation
Design News USA Overview Z-Polymers has developed 'Tullomer' fiber, a high-performance polymer poised to revolutionize aerospace materials. This ultra-thin, high-strength fiber is up to six times stronger than steel while weighing only o... -
Toray Advanced Materials Korea Targets Booming Korean Space Sector with Advanced Carbon Fiber Composites
The Chemical Daily South Korea Overview Toray Advanced Materials Korea (TAK) is strategically entering South Korea's burgeoning space industry, focusing on supplying and developing high-performance carbon fiber composite materials (CFRP)... -
UCSB Secures $20 Million Federal Grant for AI- and Robotics-Enabled Remote Polymer and Soft Materials Research Lab
Office of Salud Carbajal USA Overview The University of California, Santa Barbara (UCSB) has secured a $20 million federal grant for the establishment of a new AI- and robotics-enabled polymer and soft materials research lab with remote ... -
DITF Advances Wind Turbine Blade Recycling: Develops New Composite Reinforcements from GFRP via Long Fiber Debonding Tapes
CompositesWorld Germany Overview The DITF REWIND project is developing technology to recover composite materials from end-of-life wind turbine blades and convert them into new reinforcements. Specifically, it explores the potential to di... -
NSF Invests $20M in PoLARIS: AI and Robotics Lab to Accelerate Soft Material Discovery for Batteries, Medical Implants
The Times of India USA Overview The U.S. National Science Foundation (NSF) has invested $20 million into PoLARIS (Polymer Laboratory for AI, Robotics, Informatics, and Standards), a cutting-edge, remote-access lab where AI and robots aut... -
MDPI Reviews Advanced Polymer Composite Battery-Pack Structures for NEVs: Focusing on Forming, Defect Control, and Digital Manufacturing
MDPI Switzerland Overview MDPI has published a comprehensive review on forming technologies, defect control, and digital manufacturing of polymer composite battery-pack structures for New Energy Vehicles (NEVs). The review highlights the... -
ZAECOTECH Unveils Robust CFRP Recycling Shredder to Conquer Wind Turbine Blade Processing Challenges
ZAECOTECH Unknown Overview ZAECOTECH has developed a robust shredder technology designed to overcome the extreme abrasion and structural strength challenges in recycling carbon fiber reinforced plastic (CFRP) from end-of-life wind turbin... -
Toray Taps AI/MI to Accelerate CFRP Recycling, Boosting Matrix Resin Prediction Accuracy by 25%
Response Japan Overview Toray has unveiled a groundbreaking material design technology for Carbon Fiber Reinforced Plastic (CFRP) recycling. Leveraging Materials Informatics (MI) and machine learning, this innovation efficiently identifi...
