CoNi-LDH-modified carbon fiber membrane flexible electrodes with outstanding bending resistance were successfully fabricated using masked polypropylene nonwoven fabrics. The electrodes exhibit a remarkable specific capacitance of 580 F g⁻¹ and retain 99% of their performance after 7000 cycles. This study advances the development of high-performance, cost-effective flexible supercapacitors.

The PCA composite hydrogels, formulated with 15 wt% polyvinyl alcohol (PVA), 1.5 wt% chitosan (CS), and 1 wt% agarose (AG), exhibited a porous structure, superior mechanical properties, low swelling, excellent blood compatibility, and nontoxicity to cells, making them suitable for cartilage repair applications. Moreover, when these hydrogels were loaded with astragalus polysaccharide (APS), they exhibited significant anti-inflammatory effects.

MnCo₂O₄@PPy@MXene (MPM) composites are prepared for high-performance electromagnetic wave absorption, in which MPM-1 exhibits the RL_min of −62.99 dB (1.21 mm) and the EAB is 3.94 GHz (1.28 mm).

Mechanism diagram of UV curing PDA@PS/Ni-ACAs.

The aim of the study was to develop alternative environmentally friendly knitted fabric with improved UV protection for use in seasonal children's outerwear. Hemp and Refibra-based yarns are used. Chemical nature of the fibers incorporated into the structures has an effect on UPF performance. The pique fabrics with the highest number of miss stitches and the structures from the yarn feeding scheme −1 is higher.

In this study, we recycled rNBR with PLA through melting blending, followed by loading with GNP. This figure illustrates the scheme and comparison of the characteristics and properties of composites, as demonstrated from various aspects of the analysis results.