In　this　study　a　novel　ultraviolet　(UV)　window　material,　fluorophosphate　glass,　was　prepared　by　the　melt-quenching　method.　The　laser-induced　damage　(LID)　feature　of　fluorophosphate　glass　was　measured　using　laser　damage　experiments,　atomic　force　microscopy　(AFM),　and　scanning　electron　microscopy　(SEM).　The　results　show　that　fluorophosphate　glass　has　a　high　ultraviolet　transmittance　(88%)　at　351.00　nm.　And　the　laser-induced　damage　threshold　(LIDT)　of　the　fluorophosphate　glass　is　almost　7.0　J/cm(2),　which　is　more　than　2　times　higher　than　that　of　fused　silica　(3.2　J/cm(2))　irradiated　with　a　8　ns　and　351.00　nm　laser　by　the　same　processing　method.　In　addition,　AFM　and　SEM　images　indicate　that　the　damage　is　also　insensitive　to　the　surface　roughness　of　fluorophosphate　glass.