The　key　requirements　for　the　substrates　employed　in　coated　conductors　are　using　magnetic　reduced　and　strengthening　materials.　In　this　work,　Ni-based　alloy　composite　tapes　were　designed　and　prepared　in　order　to　meet　such　needs　through　a　hybrid　route.　A　novel　multilayer　of　composite　tapes　was　obtained　by　sintering　two　pieces　of　Ni-5at.%W　(out　layers)　connected　with　Ni-12at.%W　mixture　powder　together　using　sparking　plasma　sintering　(SPS)　technology.　The　high　tungsten　contents　mixture　powder　after　sintering　not　only　played　a　role　as　a　joint　layer,　but　also　performed　high　strength　and　reduced　ferromagnetism　as　an　inner　layer　at　the　same　time.　The　sharp　cube　texture　was　obtained　in　the　composite　tapes　after　the　optimized　cold　rolling　and　recrystallization.　The　FWHM　values　of　(111)　Phi-scans　and　(0　0　2)　rocking　curves　of　these　tapes　were　around　9.45　degrees　and　5.48　degrees,　respectively,　measured　by　X-rays.　Extremely,　the　yield　stress　of　this　composite　substrate　exceeds　320　MPa,　the　magnetization　of　the　composite　substrate　being　reduced　to　10.9　emu/g　at　77　K,　only　41%　in　comparison　with　commercial　NOW　substrate.　(c)　2007　Elsevier　B.V.　All　rights　reserved.