The　Ni9.3W　alloy　with　no　ferromagnetism　and　high　yield　strength　is　one　of　the　most　promising　textured　substrate　materials　for　coated　conductors,　but　its　low　stacking　fault　energy　makes　it　difficult　to　obtain　a　strong　cube　texture　by　traditional　rolling　methods　and　recrystallization　anneals.　This　paper　introduces　four-time　static　recoveries　during　the　rolling　process.　Rolled　tapes　with　80　mu　m　in　thickness　were　obtained　by　applying　various　deformation　sequences　between　static　recoveries　to　study　their　effects　on　the　cube　texture　formation　in　Ni9.3W　alloy　substrates.　The　results　show　that　rising　gradient　deformation　sequence　is　an　advantageous　way　to　obtain　a　higher　amount　of　cube　texture,　its　content　increases　by　29.2%　compared　to　that　of　traditional　deformation　sequence.　The　effect　of　the　new　recrystallization　annealing　process　on　the　cube　texture　formation　was　analyzed.　It　is　shown　that　the　cube　texture　content　increases　with　anneal　temperature　increasing　in　one-step　anneal,　but　decreases　again　at　higher　anneal　temperature.　Two-step　anneal　could　effectively　improve　the　cube　texture　content,　which　could　be　further　enhanced　by　extending　holding　time　during　the　first-step　anneal.　However,　too　long　holding　time　leads　to　the　decrease　in　cube　texture　content.　Finally,　Ni9.3W　alloy　substrates　with　a　cube　texture　content　of　similar　to　90.0　vol%　(＜　15A　degrees)　are　obtained　by　optimized　two-step　anneal.