Superhydrophobic　coatings　were　prepared　by　a　facilespraying　process　from　a　fluorinated　poly(aryl　ether　ketone)　(FPAEK)　solution　containing　hydrophobic　fumed　SiO2　and　carbon　nanotube　(CNT)　as　inorganicdopants.　The　FPAEK　was　polymerized　from　4,4＇-(hexafluoroisopropylidene)diphenol　and　4,4-difluorophenophenone.　It　has　been　found　that　when　the　doping　amounts　of　SiO2　and　CNT　are　both　1wt%,　the　water　contact　angle　WCA　of　the　SiO2-CNT/FPAEK　coating　is　167°　and　the　sliding　angle　SA　is　4°.　The　glass　transition　temperature　and　initial　decomposition　temperature　of　the　SiO2-CNT/FPAEK　coating　are　170　and　480,　respectively,　demonstrating　its　excellent　thermal　stability.　After　immersing　in　pH=1　of　HCl　solution,　pH=13　of　NaOH　solution,　and　3.5wt%　mass　fraction　of　NaCl　solution　for　13　days,　the　SiO2-CNT/FPAEK　coating　maintains　its　WCA　above　150°,　demonstrating　its　excellent　chemical　stability.　After　80　friction　testing　cycles,　the　SiO2-CNT/FPAEK　coating　maintains　the　WCA　at　151°,　demonstrating　its　good　mechanical　stability.　In　the　electrochemical　tests,　the　corrosion　voltage　Ecorr　of　the　steel　plate　is　increased　from　−0.538　V　to　−0.112　V　and　the　corrosion　current　Jcorris　decreased　from　2.105×10−5　A　to　1.94×10−7　A　after　coating　with　the　SiO2-CNT/FPAEK,　demonstrating　its　good　anti-corrosion　property.　Replacing　the　substrate　with　iron　plate,　cement　plate,　glass　plate　and　polyethyleneplate,　the　superhydrophobic　coatings　are　also　obtained.　The　dust　and　other　contaminants　can　be　easily　removed　from　the　superhydrophobic　coatings　by　the　falling　water　droplets,　demonstrating　its　good　self-cleaning　property.　Therefore,　the　SiO2-CNT/FPAEK　superhydrophobic　coating　has　prospect　applications.　©　2021,　Editorial　Office　of　Acta　Materiae　Compositae　Sinica.　All　right　reserved.