Yearly Archives: 2025

‘CW Tech Days: High-Temperature Composite Solutions For Defense And Space Applications – CompositesWorld’

CompositesWorld Sep 16, 2025

As defense and space missions push the boundaries of performance the demand for advanced materials that can endure extreme environments and conditions continues to grow. The latest installment of CW Tech Days CompositesWorldamprsquos online industry education series explores the latest developments in high-temperature composite materials with a focus on lightweight thermally stable solutions designed to meet the rigorous requirements of modern aerospace and defense systems.

‘CT UAV – Awe-Inspiring: The Self-Evolving Composite Molding Plant – GlobeNewswire’

GlobeNewswire Sep 11, 2025

In addition to its deep expertise in designing and manufacturing semiconductor chips for UAVs proprietary algorithms and AI platforms for UAVs as well as video transmission boxes with a range of up to 100 km even in areas without 5G coverage CT UAV continues to shake the global market with its technology for molding fuselages wings propellers and other aircraft parts at its top-tier NAACP-class Composite plant.

‘Synthesis And Characterization Of Bio-based Eco-friendly Biofilm Composites Reinforced With Waste Eggshell Powder – Nature’

Nature Aug 27, 2025

This study investigates the synthesis and characterization of biomass base ecofriendly biofilm composites reinforced with waste eggshells utilizing biowaste materials as sources of starch and plasticizer with eggshells serving as a filler to enhance overall material properties. Reusing biowaste is important in reducing environmental waste and promoting sustainable practices. Findings reveal that increasing eggshell content from 15 to 60 significantly reduces moisture absorption from 18.75820117782010.02 to 5.31820117782010.04 while tensile strength declines from 8.18820117782010.02 to 5.17820117782010.02ampnbspMPa at constant glycerol levels. In contrast glycerol enhances moisture retention increasing absorbance from 18.75820117782010.02 to 20.15820117782010.02 as glycerol concentration rises from 5 to 20 in a 15 eggshell composite. The optimal biodegradability was achieved with a plasticizer concentration of 10 and a filler clay content of 30 resulting in a degradation rate of 78.25820117782010.01. The eggshell at 30 and glycerol at 5 achieve a degradation rate of 87.31820117782010.03. Thermogravimetric analysis TGA and differential scanning calorimetry DSC reveal that the composites exhibit superior thermal stability making them suitable for diverse applications. This research highlights the environmental benefits of biowaste materials trade-offs in material performance the need for moisture management in packaging and enhancements from waste starch and plasticizer. These results underscore the potential for creating sustainable and functional composites through utilizing and reusing biowaste materials.