To　improve　the　mechanical　properties　of　a　sintered　WHA　using　high　entropy　alloy　as　the　matrix　(W-HEA),　investigations　were　carried　out　to　apply　deformation　strengthening　method　of　hot　swaging　on　the　W-HEA.　The　W-HEA　samples　were　swaged　around　1300°C　with　the　10%,　15%　and　20%　of　reduction　in　area.　The　results　show　that　the　strength　and　hardness　of　the　W-HEA　composite　increased　with　the　increasing　degree　of　deformation.　And　the　aspect　ratio　of　tungsten　grains　increases　along　the　axial　direction　in　the　swaged　alloys.　The　hardness　of　W-HEA　with　a　20%　reduction　in　area　reaches　448　HV,　and　the　dynamic　compression　yield　strength　is　about　1911　MPa.　After　hot　swaging,　the　hardness　and　strength　of　the　W-HEA　are　greatly　improved　compared　with　the　sintered　W-HEA.