A　superhydrophobic　composite　coating　was　facilely　constructed　based　on　MOF　(ZIF-8)　nanoparticles　and　organic　resin.　Hydrophilic　ZIF-8　nanoparticles　with　hydroxyl　group　were　firstly　prepared　in　aqueous　media　at　room　temperature,　and　then　modified　with　low　surface　energy　perfluorooctyltriethoxysilane　(POTS)　through　hydrolytic　condensation　to　give　a　superhydrophobic　paint.　Additionally,　epoxy　resin　(EP)　was　innovatively　introduced　as　adhesive　layer　to　improve　the　robustness　and　adhesive　force　of　the　superhydrophobic　coating.　The　as-prepared　ZIF-8/POTS/EP　composite　coating　showed　high　water-repellency　(water　contact　angle　=　168.2　degrees),　mechanical　and　chemical　robustness,　and　durability　that　it　could　maintain　the　superhydrophobicity　after　weathering　in　air　for　300　days　or　immersing　in　3.5　wt%　NaCl　aqueous　solution　for　60　days.　The　superhydrophobic　composite　coating　also　possessed　excellent　performance　in　self-cleaning,　corrosion　resistance,　anti-icing　and　loading-increasing.　Noteworthily,　for　the　corrosion　resistance,　the　ZIF-8/POTS/EP　coating　could　increase　the　impedance　modulus　(at　0.01　Hz)　of　Q235　steel　by　about　7　orders　of　magnitude　after　immersion　in　3.5　wt%　NaCl　aqueous　solution　for　7　days.　We　believe　that　this　work　can　not　only　promote　the　effortless　and　large-scale　preparation　of　superhydrophobic　surface　and　their　practical　applications　in　future,　but　also　provide　a　novel　way　for　applying　MOF　materials　into　more　fields.