It　is　well　know　that　Ni-5at.%　W(Ni5W)　and　Ni-9.3at.%　W(Ni9W)　alloy　substrates　are　two　kinds　of　promising　materials　to　be　employed　in　coated　conductors.　The　Ni5W　substrate　is　very　easy　to　produce　cube　texture,　while　the　Ni9W　alloy　has　a　lower　magnetic　property　and　higher　strength.　However,　the　pure　cube　texture　are　not　capable　to　be　obtained　in　Ni9W　alloy.　In　this　work,　the　preparation　and　texture　development　in　both　Ni5W　and　Ni9W　alloy　substrates　have　been　reported.　Highly　biaxial　textured　Ni5W　substrate　was　fabricated　by　cold　rolling,　followed　by　three　different　annealing　routes.　The　texture　analysis　indicated　that　a　sharp　cube　texture　was　formed　after　annealing　at　a　wide　temperature　range　of　800-1100°C　in　as　rolled　Ni5W　substrate.　The　high　quality　of　cube　orientation　was　obtained　after　a　two　step　annealing　(TSA)　with　farthing　twin　boundaries　analyzed　by　EBSD.　Furthermore,　in　order　to　obtain　a　pure　cube　texture　in　Ni9W　alloy　substrate,　a　typical　rolling　process　was　performed　and　the　deformation　texture　was　optimized　in　these　substrates.　The　designed　deformation　texture　components　were　obtained　in　Ni9W　alloy　when　pre-heating　the　ingot　at　250　°C　before　performing　a　cold　rolling,　which　shows　a　possibility　to　form　cube　texture　in　Ni9W　alloy　substrate　after　annealing.