The　formation　of　deformation　and　recrystallization　textures　has　been　investigated　in　a　Ni7W　alloy　after　heavy　cold　rolling　and　subsequent　annealing　at　different　temperatures.　Cold　rolling　to　a　von　Mises　strain　of　4.17　produced　a　mix　of　rolling　texture　that　lies　between　classical　brass-　and　copper-type　rolling　textures,　with　the　fraction　of　S({123}＜　634　＞),　brass({110}＜　112　＞),　and　copper({112}＜　111　＞)　orientations　being　33,　28,　and　13%,　respectively.　The　fraction　of　rolling　texture　for　the　deformed　Ni7W　alloy　samples　increased　slightly　during　recovery,　was　then　consumed　significantly　during　recrystallization,　and　dropped　to　22%　after　being　annealed　at　800　degrees　C　for　1　h.　The　fraction　of　cube({001}＜　100　＞)　orientation　increased　to　26%　after　primary　recrystallization,　whereas　other　random　orientations　of　43%　formed　in　the　Ni7W　alloy　samples.　Further　annealing　promoted　cube　grain　growth,　which　lead　to　a　significant　strengthening　of　the　cube　texture　and　to　a　significant　loss　in　high　angle　boundary　(HAB).　The　fractions　of　cube　texture　and　HAB　of　the　Ni7W　alloy　substrate　were　92.1　and　27.8%,　respectively,　after　annealing　at　1200　degrees　C　for　1　h.