The　aim　of　developing　platinum-based　hydrogen　evolution　reaction　(HER)　catalysts　is　to　prepare　catalysts　with　low　noble　metal　loading,　stability,　and　ideal　electrocatalytic　efficiency.　Here,　we　report　the　development　of　a　(Ni,　Fe)　double　hydroxide　(NiFe-LDH)　catalytic　electrode　using　polyvinylpyrrolidone　(PVP)　as　a　capping　agent　and　carbon　black　(CB)　and　nickel　carbonyl　powder　as　components　by　a　simple　hydrothermal　method.　We　loaded　Pt　nanoparticles　on　the　surface　after　heat　treatment　of　the　catalytic　electrode.　The　treated　electrode　showed　a　favorable　valence　state　distribution　and　good　morphology　for　the　HER;　the　metal-carrier　interaction　was　increased　through　Pt　loading,　and　the　reaction　path　of　the　HER　was　optimized.　The　prepared　catalytic　electrode　had　enhanced　kinetic　performance　with　an　overpotential　of　only　63　mV　at　50　mA　cm(-2)　and　good　stability.　This　provides　an　effective　strategy　for　developing　highly　active　platinum-based　catalytic　electrodes.