Material　composition　can　ensure　structural　strength　and　avoid　leakage　of　phase　change　materials.　Here,　a　novel　preparation　method　was　present　for　shape-stabilized　composite　phase　change　materials　of　photosensitive　resin　and　polyethylene　glycol　via　UV　curing,　in　which　the　resin　was　cured　into　the　supporting　frame　and　used　to　encapsulate　polyethylene　glycol.　The　thermal　and　mechanical　performance　of　the　samples　composited　by　the　proposed　method　were　measured.　The　sample　with　PEG　of　50　%　resin　mass　fraction　melted　at　33.16　degrees　C　with　a　latent　heat　of　11.30　J/g.　The　stress-strain　curves　exhibited　that　the　samples　produced　plastic　deformation　and　ultimate　compression　strength　(sigma　b)　and　yield　strength　(sigma　s)　increased　with　the　increase　in　the　resin　mass　fraction.　With　increasing　monolayer　curing　depth　and　exposure　time　during　printing,　sigma　b　first　increased　and　then　decreased.　In　this　work,　the　optimal　monolayer　exposure　time　was　13.5　s,　and　the　monolayer　curing　depth　was　40　mu　m　for　the　sample　with　a　50　%　resin　mass　fraction.