Reusable Hydrophilic–Superhydrophobic Patterned Weft Backed Woven Fabric for High-Efficiency Water-Harvesting Application
2018
Gao, Yue | Wang, Jun | Xia, Wei | Mou, Xiaofeng | Cai, Zaisheng
Here we report a hydrophilic–superhydrophobic patterned surface, which was fabricated via a readily weaving method to mimic the hybrid wettable areas arrangements on the back of Stenocara beetles. The fabric exhibited excellent water-harvesting rate (WHR) of 1267.2 mg h–¹ cm–². Besides, the fabric could be recycled for 10 times while the WHR stayed almost invariant. This work offers a very feasible and novel tool to achieve mass production of water-harvesting materials, providing novel ideas to bridge traditional textile industry with environmental conservation in the future.
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