Fabricating　large-scale　super-hydrophobic　surfaces　for　commercial　applications　is　challenging　due　to　certain　limitations.　In　this　paper,　a　simple　and　inexpensive　method　is　developed　to　fabricate　super-hydrophobic　surfaces　on　silicone　rubbers.　Rough　microstructures　were　prepared　on　the　mould＇s　inner　surfaces　and　then　sample　super-hydrophobic　surfaces　on　silicone　rubbers　with　different　surface　roughness　were　achieved　using　the　standard　moulding　process.　Furthermore,　the　effects　of　roughness　on　the　wettability　were　investigated.　The　results　showed　that　by　controlling　the　roughness,　the　fabricated　surfaces　exhibited　a　static　contact　angle　of　150.9　degrees　and　a　sliding　angle　of　8　degrees.　Finally,　the　property　of　hydrophobicity　recovery　for　the　silicone-rubber　samples　was　also　studied.　The　surfaces　of　the　samples　could　recover　well　after　a　sand-blasting　experiment.　The　proposed　method　is　low-cost,　environmentally　friendly　and　suggests　promising　industrial　applications.