Superhydrophobic　materials　have　attracted　immense　commercial　and　academic　interests　in　recent　years.　However,　the　poor　mechanical　durability　has　restricted　their　practical　applications　where　high　durability　is　required.　Here,　a　facile　one-pot　synthesis　method　was　reported　to　fabricate　multifunctional　superhydrophobic　composite　materials　with　remarkable　mechanochemical　robustness,　stain　repellency,　oilwater　separation　and　sound-absorption.　Their　mechanical　and　chemical　durability　could　be　greatly　improved　by　chemically　adhering　epoxy　resin　microspheres　(ERMs)　on　3-D　porous　skeleton　structures　of　latex　sponge.　The　materials　could　retain　superhydrophobicity　after　going　through　sandpaper　abrasion,　ultrasonication,　multiple　knife　scratch,　tape　peeling　and　finger　wiping,　and　exposure　to　UV　irradiation　and　high　temperature.　The　materials　are　able　to　maintain　the　repellency　against　strong　acid　and　alkali　droplets.　The　combined　excellent　mechanical　properties,　liquid　repellency　&　selectivity,　and　other　functional　properties　displayed　by　this　type　of　material　have　made　it　a　strong　candidate　for　a　range　of　industrial　applications.