Sodium　based　dual-ion　battery　(SDIB)　has　been　regarded　as　one　of　the　promising　batteries　technologies　thanks　to　its　high　working　voltage　and　natural　abundance　of　sodium　source,　its　practical　application　yet　faces　critical　issues　of　low　capacity　and　sluggish　kinetics　of　intercalation-type　graphite　anode.　Here,　a　tubular　nanohybrid　composed　of　building　blocks　of　carbon-film　wrapped　WS2　nanosheets　on　carbon　nanotube　(WS2/C@CNTs)　was　reported.　The　expanded　(002)　interlayer　and　dual-carbon　confined　structure　endowed　WS2　nanosheets　with　fast　charge　transportation　and　excellent　structural　stability,　and　thus　WS2/C@CNTs　showed　highly　attractive　electrochemical　properties　for　Na+　storage　with　high　reversible　capacity,　fast　kinetic,　and　robust　durability.　The　full　sodium-based　dual　ion　batteries　by　coupling　WS2/C@CNTs　anode　with　graphite　cathode　full　cell　presented　a　high　reversible　capacity　(210　mAh　g(-1)　at　0.1　A　g(-1)),　and　excellent　rate　performance　with　a　high　capacity　of　137　mAh　g(-1)　at　5.0　A　g(-1).