Gluing　polymethyl　methacrylate　(PMMA)　microspheres　on　the　tape　and　planting　ZnO　nanorods　on　the　microspheres　with　crystal　growth　method,　we　got　the　microsphere/nanorods　topographies,　which　is　characterized　as　flexibility,　larger　size,　superhydrophobicity　and　icephobicity　in　low　temperature.　The　liquid　water　droplet　could　suspend　on　the　surface　and　realize　to　delay　icing　performances.　The　interface　of　solid/liquid　changes　little　before　and　after　the　icing/melting　cycle,　which　indicates　the　robust　stability.　This　functional　anti.　icing　film　composed　with　tape　and　PMMA　has　potential　application　in　the　fields　such　as　wind　power,　high　voltage　cable　and　fridge.