In　order　to　explore　the　snow　melting　and　anti-freeze　performance　of　salt　storage　asphalt　mixture　(SSAM),　the　influence　of　salt,　temperature,　and　soaking　time　on　the　adhesive　property,　deicing　property,　ice　inhibition　property,　and　long-term　snow　melting　property　of　mixture　was　investigated　by　scratch,　torsion,　ice　inhibition,　and　conductivity　experiment,　and　the　equation　of　salt　dissolution　and　soaking　time　was　established.　The　results　showed　that　the　ice　surface　torsion　force　of　SSAM　was　less　affected　by　temperature,　and　the　change　was　only　1.1　N　center　dot　M.　SSAM　achieves　the　effect　that　light　snow　is　easier　to　dissolve　and　heavy　snow　is　easier　to　remove.　With　the　decrease　in　temperature,　the　ice　inhibition　grade　of　SSAM　decreases　gradually.　The　corresponding　salt　dissolution　rate　gradually　decreases　in　the　early,　middle,　and　late　stages,　and　the　final　amount　of　salt　dissolution　is　88.13%.　Therefore,　the　evaluation　methods　of　snow　melting　and　anti-freeze　performance　are　proposed,　which　could　provide　an　important　reference　for　the　popularization　and　application　of　SSAM.