In　this　paper,　the　graphene　tilted　Bragg　fiber　grating　(TFBG)　sensor　is　fabricated　by　pulsed　laser　deposition　(PLD).　TFBG＇s　sensitivity　to　external　environmental　changes　can　be　improved　to　a　certain　extent　by　coating　graphene　in　TFBG　area.　The　experimental　results　show　that　the　strain　sensitivity　of　TFBG　coated　with　graphene　is　0.48　nm/m　epsilon,　which　is　1.6　times　of　the　strain　sensitivity　of　bare　grating.　The　temperature　sensitivity　of　TFBG　coated　with　graphene　is　0.1　nm/degrees　Cas　same　as　bare　grating.　Based　on　the　dual-wavelength　matrix　method,　the　Sagnac　loop　is　used　to　cascade　the　coated　tilted　grating　with　The　Bragg　grating　(FBG),　and　the　temperature　and　stress　sensing　characteristics　are　measured　simultaneously.