Tungsten　carbide　(WC)　is　used　as　an　anode　in　molten　sodium　tungstate　to　prepare　a　tungsten　coating.　Recovery　of　tungsten　powder　from　WC　electrolysis　has　been　extensively　studied,　but　the　possibility　of　making　available　Tungsten　coatings　is　still　unrealized.　A　theoretical　analysis　was　first　carried　out,　and　the　feasibility　of　electrolysis　was　confirmed.　Subsequently,　this　conclusion　was　also　verified　experimentally.　In　this　experiment,　the　coating　was　studied　by　regulating　the　cathode　current　density.　The　tungsten　coatings　prepared　at　various　current　densities　were　characterized　by　X-ray　Diffraction　(XRD),　Scanning　Electron　Microscope-Energy　Dispersive　Spectroscopy　(SEM-EDS),　nanoindentation　tests,　and　Laser　Scanning　Confocal　Microscopy　LSCM.　The　results　show　that　at　a　cathode　current　density　of　70　mA.cm(-2),　an　optimized　tungsten　coating　can　be　obtained.　The　tungsten　coating　has　a　thickness　of　4.1　mu　m　and　a　minimum　average　grain　size.