A　10-meter-long　home-made　textured　Ni-5at%W　(Ni5W)　tape　with　a　CeO2buffer　layer　was　prepared　successfully　by　means　of　the　RABiTS　route　followed　by　a　chemical　solution　deposition　method　in　a　reel-to-reel　manner.　On　a　macro　level,　the　CeO2film　exhibits　high　homogeneity　in　terms　of　biaxial　texture　over　the　tape.　The　average　values　of　full　width　at　half　maximum　of　in-plane　and　out-of-plane　texture　are　7.6°　and　6.1°　respectively,　both　with　a　small　standard　deviation.　On　a　micro　level,　the　CeO2film　epitaxially　grows　well　on　top　of　the　Ni5W　tape.　A　continuous,　smooth　and　crack-free　morphology　is　observed　on　the　CeO2film　and　the　fraction　of　low　angle　grain　boundaries　(≤　10°)　is　about　98%.　This　process　is　a　potential　possibility　for　producing　long-length　textured　CeO2/Ni5W　tapes　for　coated　conductors　at　a　low　cost.　©　2015,　Chinese　Ceramic　Society.　All　right　reserved.