Grain　oriented　bismuth　layer-structured　ferroelectric　(BLSF)　Na0.5Bi4.5Ti4O15　ceramics　were　obtained　by　imposing　small　axial　pressure　during　sintering　process.　Experiments　reveal　that　the　horizontal　elongation　of　the　ceramics　is　increased　while　the　density　is　decreased　by　the　axial　pressure.　Meanwhile,　XRD　analyses　show　that　the　axial　pressure　enhances　the　difference　of　the　orientation　degree　between　the　direction　parallel　and　perpendicular　to　pressure.　Besides,　electrical　measurements　show　that　with　increase　of　the　pressure,　the　dielectric　loss　and　dielectric　constant　are　both　decreased　in　the　pressure　direction.　These　results　demonstrate　that　axial　pressure　during　sintering　is　favorable　to　the　enhancement　of　grain　orientation.　During　the　sintering　process,　the　low　melting　point　materials　including　Bi2O3　would　melt　and　form　a　local　liquid,　which　is　favorable　to　the　lamellar　grains　in　NBT　ceramics　tilting　and　sliding　under　the　pressure,　and　leads　to　grains　oriented.　The　local　orientated　grains　are　taken　as　templates,　and　promote　grain　orientation　and　texture　of　NBT　ceramics.