Medical　research　reveals　that　keeping　the　skin　surface　dry　can　effectively　prevent　a　variety　of　fungal　skin　diseases.　Therefore,　it　is　of　great　practical　significance　to　develop　a　light,　thin,　comfortable　and　breathable　functional　garment　fabric　with　efficient　one-way　water　transmission　for　people＇s　requirements.　Here,　we　successfully　prepared　a　three-layer　stacking　sandwich　coating　to　construct　a　Janus　nonwoven　material　with　efficient　unidirectional　water　transport　function,　viz.　PDMS-ormosil-PDMS@nonwoven　fabric　(PDMS-ormosil-PDMS@NF).　Theoretical　analysis　showed　that　the　loading　of　ormosil　particles　could　enhance　the　surface　roughness,　while　PDMS　could　strengthen　the　hydrophobic　properties　and　bondability　between　the　ormosil　particles　and　fabric,　thus　acting　as　an　environmentally　friendly　fluorine-free　treating　agent.　The　results　revealed　that　the　hydrophilic-hydrophobic　PDMS-ormosil-PDMS@nonwoven　fabric　maintained　excellent　hydrophobic　stability　and　good　air　permeability　even　after　abrasion,　which　solved　the　existing　problems　of　aerogel　poor　deposition　and　PDMS　poor　permeability,　benefiting　the　application　of　textiles　with　unidirectional　water　transport　performance.