In　this　communication,　we　present　a　significant　method　to　fabricate　a　robust　icephobic　surface　on　a　flexible　polymer　substrate.　The　flexible　functional　surface　is　obtained　by　integrating　both　soft　lithography　and　crystal　growth　methods.　Modified　by　the　materials　with　low　surface　free　energy,　the　composite　surface　exhibits　a　robust　superhydrophobicity　at　not　only　room　temperature　but　also　low　temperature.　After　freezing　test,　the　surface　can　recover　to　its　original　function　quickly,　which　has　achieved　the　level　for　industrial　application,　and　also　performed　significant　role　for　enhancing　the　icephobic　theories.　(C)　2018　The　Korean　Society　of　Industrial　and　Engineering　Chemistry.　Published　by　Elsevier　B.V.　All　rights　reserved.