Recently, scientists from the Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences (LICP), led by Zhang Zhaozhu and Liu Weimin, have developed an innovative and cost-effective method for creating composite organic coatings on various metals such as aluminum, copper, and steel. This breakthrough involves the construction of a super-hydrophobic surface with a micro/nanostructured coating, addressing the long-standing challenge of complex and impractical methods in engineering applications. The research team utilized a one-step film-forming technique to combine PTFE with polyphenylene sulfide, resulting in a superhydrophobic coating that features low surface energy hydrophobic groups and a porous network structure. This material exhibits remarkable superhydrophobic properties, along with strong resistance to acids and bases, excellent thermal stability across a wide temperature range, and high adhesion to the substrate. These characteristics make it highly suitable for practical engineering applications, providing both scientific and technological foundations for future developments in this field. The findings were published in the journal *Advanced Materials* (2008, 20, 970–974). Over the past few years, the Lanzhou Institute has made significant progress in the development of surface micro/nanostructures and hydrophobic properties for engineering materials, obtaining multiple Chinese invention patents. Their work has been supported by the National Natural Science Foundation of China and the "973" Project under the Ministry of Science and Technology.
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