Large-scale　uniform　nanostructured　surface　with　superwettability　is　crucial　in　both　fundamental　research　and　engineering　applications.　A　facile　and　controllable　approach　was　employed　to　fabricate　a　superwetting　tilted　silicon　nanowires　(TSNWs)　surface　through　metal-assisted　chemical　etching　and　modification　with　low-surface-energy　material.　The　contact　angle　(CA)　measurements　of　the　nanostructured　surface　show　a　large　range　from　the　superhydrophilicity　(the　CA　approximate　to　0A　degrees)　to　superhydrophobicity　(the　CA　up　to　160A　degrees).　The　surface　becomes　antiadhesion　to　water　upon　nanostructuring　with　a　measured　sliding　angle　(alpha)　close　to　0A　degrees.　Moreover,　the　fluorinated　TSNWs　surface　exhibits　excellent　stability　and　durability　because　strong　chemical　bonding　has　been　formed　on　the　surface.