Publications by authors named "Aixin Tong"
Article Synopsis
- The rapid growth of society and living standards has increased interest in fashion, leading to more waste from cotton textiles due to shorter product lifespans.
- Direct disposal of waste cotton is wasteful and harmful to the environment, highlighting the need for greener treatment methods.
- The article reviews advancements in creating high-value cellulose II aerogels from waste cotton, focusing on their structure, preparation, and applications to aid sustainable development and carbon neutrality.
Regenerated cellulose fibers has attracted increasing attention for high-grade textile raw materials and industrial textiles, but the low mechanical property caused by differences in regenerated raw materials and production levels limits its commercial application in the product diversity. Herein, we proposed a novel triple-crosslinking strategy by coupling with hydrogen bonds, chemical crosslinking, and internal mineralization from multiple pulsed vapor phase infiltration (MPI) to improve the mechanical performance of regenerated cellulose fibers. A binary solvent composed of ionic liquid (IL) and dimethyl sulfoxide (DMSO) is used to dissolve waste cotton textile and then wet spinning.
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