Implementing　a　closed-loop　supply　chain　in　the　appliance　industry　offers　great　practical　significance　given　the　characteristics　of　remanufacturing　the　decomposed　parts　of　end-of-life　electrical　and　electronic　products.　However,　only　few　studies　have　analyzed　the　integration　of　a　closed-loop　supply　chain　for　such　products.　To　characterize　this　supply　chain,　find　a　suitable　recovery　mode,　and　determine　its　pricing　strategy,　a　closed-loop　supply　chain　with　a　manufacturer,　retailer,　third　party　recycling　center,　and　consumers　was　designed.　Afterward,　a　new　joint　recovery　mode　conducted　by　a　retailer　and　third　party　recycling　center　was　determined,　and　some　pricing　decision　models　under　different　mechanisms　were　built.　Finally,　corresponding　operations　management　strategies　were　proposed　by　comparing　pricing　decision　strategies　under　the　cooperative　and　non-cooperative　mechanisms　based　on　game　theory　and　optimization　theory.　The　results　demonstrate　that　the　optimal　selling　price　of　each　member　enterprise　under　different　mechanisms　is　the　decreasing　function　of　the　sensitivity　coefficient　of　consumers　to　selling　price.　Meanwhile,　the　overall　profit　of　a　closed-loop　supply　chain　under　different　mechanisms　gradually　increases　along　with　the　proportion　of　remanufactured　parts　in　end-of-life　electrical　and　electronic　products　that　can　be　directly　used　in　remanufacturing.　Moreover,　Adopting　different　remanufacturing　strategies　under　various　operating　mechanisms　can　differentiate　the　levels　of　profit.　The　proposed　joint　recovery　mode　is　generally　supportive　of　transaction　cost　theory,　and　the　pricing　strategy　under　different　mechanisms　is　expected　to　have　practical　implications　for　enterprises　to　improve　their　operation　benefits.　©　2017　Eastern　Macedonia　and　Thrace　Institute　of　Technology.