Global　food　security　is　a　critical　issue,　necessitating　greater　attention　to　the　relationship　between　agricultural　productivity　and　the　ecological　environment.　Super-wetting　materials,　with　their　unique　micro-rough　structures　and　low　surface　energy,　hold　significant　potential　for　addressing　challenges　in　agricultural　engineering.　This　review　explores　the　research　landscape　of　super-wetting　materials　by　analyzing　their　temporal　distribution,　institutional　and　scholarly　contributions,　co-occurrence　networks,　and　emerging　keywords.　These　analyses　reveal　the　research　strengths,　hotspot　distributions,　evolving　concepts,　and　development　trends　in　the　field.　Additionally,　recent　advances　in　the　application　of　super-wetting　materials　in　agricultural　engineering-such　as　agricultural　films,　controlled-release　fertilizers,　and　pesticide　spraying-are　highlighted.　In　the　future,　super-wetting　materials　and　their　research　prospects　in　agricultural　engineering　are　proposed　in　combination　with　the　development　trend,　which　provides　support　and　inspiration　for　cultivating　and　developing　new　quality　productive　forces　in　agriculture　and　promoting　sustainable　agricultural　development.