Using　lead　slag　and　lead-zinc　tailings　to　prepare　high-value　glass-ceramic　can　realize　the　comprehensive　utilization　of　solid　waste　and　reduce　the　environmental　pollution　caused　by　lead　slag　landfill.　Firstly,　lead-zinc　tailings　and　borax　are　used　to　melt　and　temper　lead　slag　to　improve　its　sintering　performance.　At　1450　degrees　C,　the　lead　slag　melted　and　tempered　by　adding　40%　lead-zinc　tailings　and　4%　borax　has　good　fluidity　in　the　molten　state.　In　water　quenching,　crystallization　is　not　easy,　and　the　water　quenching　slag　has　good　sintering　performance.　Then,　the　water-quenched　slag　obtained　by　melting　and　tempering　lead　slag　with　lead-zinc　tailings　and　borax　was　ball-milled　and　mixed　with　10%　albite　feldspar　and　sintered　at　1050　degrees　C　for　90　min　to　prepare　glass　ceramics.　The　prepared　glass-ceramics　have　excellent　performance　parameters　such　as　bulk　density　of　2.79　g/　cm3,　water　absorption　of　0.05%,　the　flexural　strength　of　102.18　MPa,　acid　resistance　of　0.15%,　and　alkali　resistance　of　0.032%.　Simultaneously,　the　glass　ceramics　exhibited　excellent　resistance　to　the　leaching　of　heavy　metals　where　the　leaching　concentrations　of　Pb,　Zn,　As,　and　Cd　were　0.125,　1.268,　0.324,　and　0.029　mg/L,　respectively.　This　research　can　provide　a　new　idea　for　comprehensively　utilizing　solid　waste.