“…Thus, the protective textiles with hydrophobicity will not only possess excellent protective performance for combating the adhesion of bacteria, pollutants, and hot water, but also can prevent the loss of other protective properties, including UV-resistant, anti-oxidative, and photothermal performance. Nowadays, many strategies have been proposed to create superhydrophobic and hydrophobic surfaces, including sol-gel, electrochemical oxidation, template method, plasma technology, self-assembly, deposition method, and phase separation method [6] , [8] . However, surface hydrophobicity and superhydrophobicity have the inherent drawback of poor abrasion resistance [9] , [10] , [11] , limiting their overall development in scientific research and practical application [6] .…”