Plasmonic　structural　color　generated　by　the　interaction　between　light　and　plasmonic　nanostructures　has　emerged　as　a　promising　approach　for　color　printing.　However,　achieving　full　color　and　large-scale　plasmonic　color　printing　device　with　a　convenient　and　low-cost　way　remains　a　challenge.　To　circumvent　this　constraint,　we　propose　to　fabricate　a　centimeter-scale　plasmonic　color　printing　device　based　on　anodic　aluminum　oxide　template　and　vacuum　evaporation　technology.　The　plasmonic　structure　consists　of　Ag　nanoparticle　array　on　Al　substrate.　By　controlling　the　thickness　of　evaporating　Ag　layer　and　the　annealing　temperature,　a　wide　range　of　color　palettes　has　been　achieved.　Furthermore,　this　device　can　be　rewritable　and　reused　based　on　its　temperature　sensitivity.　This　unique　characteristic　may　have　great　potential　in　various　applications　such　as　anti-counterfeiting　labels,　plasmonic　color　printing,　data　encryption,　and　sensors.