Photopolymer　is　an　optimum　material　for　practical　holographic　storage　because　of　low　cost　and　good　characteristics.　A　new　epoxy　resin-photopolymer　is　reported.　Polymeric　binder　is　epoxy　resin　whose　refractive　index　is　high,　but　the　monomer＇s　refractive　index　is　relatively　low.　The　design　can　make　monomer　transfer　freely　in　rigid　frame,　so　we　can　realize　no-shrinking　recording　and　stabilize　the　recorded　hologram.　Simple　grating　is　recorded　in　films,　then　we　obtained　the　relationship　curve　between　the　exposure　energy　and　diffraction　efficiency　by　sending　a　single　beam　into　the　photopolymer　film.　According　to　the　exposure　curve,　there　is　a　recording　delay,　so　the　pre-exposure　is　needed　to　sensitize　the　material.　In　order　to　avoid　cross-talk　between　contiguous　holograms,　angle　selectivity　of　the　material　is　measured.　Then　we　investigate　how　diffraction　efficiency　is　distributed　in　all　multiplexed　holograms　with　equal-time　exposure.　One　method　of　calculating　exposure　schedule　for　multiplexing　holograms　in　photopolymer　with　equal　efficiency　is　presented.　By　using　such　exposure　schedule,　holograms　are　recorded　at　a　single　location　by　angle　multiplexing,　and　the　uniformity　of　their　diffraction　efficiency　is　remarkably　improved.　After　iterating　the　procedure,　it　is　possible　to　achieve　much　more　uniform　diffraction　efficiency.