The　objective　of　this　work　is　to　explore　the　damage　healing　characteristics　between　asphalt　binder　and　mastic　using　newly　developed　testing　procedures　under　different　loading　modes.　Both　the　TS　and　LAS　based-healing　procedures　are　conducted　on　binder　and　mastic　scales.　Experimental　and　analytical　results　indicate　that　the　addition　of　mineral　powder　into　binder　does　not　change　the　fatigue　damage　evolution　trend　in　the　LAS　test;　however,　the　effect　of　mineral　powder　addition　on　the　HMC　shows　obvious　asphalt-type　dependence.　Based　on　the　newly　proposed　QH　index　and　the　QHR-　based　healing　criterion,　the　healing　performance　correlation　between　asphalt　binder　and　mastic　are　interactively　explored.　The　binder　and　mastic　QH　indices　display　a　good　linear　relationship,　regardless　of　loading　modes　and　binder　type.　Meanwhile,　a　certain　correlation　is　also　found　for　the　damage　healing　criteria　among　these　two　material　scales.