To　investigate　the　erosive　wear-corrosion　behavior　of　ZTAP　ceramic　reinforced　high　chromium　cast　iron　matrix　composites　in　two　types　of　sand　at　various　rotational　speeds,　the　ZTAP/Fe　composites　were　fabricated.　The　interface　characteristics,　erosion　wear-corrosion　and　erosive　wear　mechanism　have　been　investigated　in　a　slurry　condition　at　various　erosion　rotational　speeds.　The　chemical　composition　of　the　matrix　material　was　determined　using　a　spark　spectrometer.　SEM,　TEM,　3D　laser　scanning　microscope　and　AFM　were　used　to　analyze　the　microstructure　characteristics　and　worn　surface　morphology　of　the　composites.　Furthermore,　the　wear　loss　rate　and　relative　erosive　wear　resistance　of　ZTAP/Fe　composites　and　Cr15　standard　specimen　measurements　were　conducted.　The　results　showed　that　the　interface　between　the　ZTAP　ceramics　and　the　Cr15　matrix　exhibits　a　continuous　transition　layer　without　visible　defects　and　close　contacts.　In　the　case　of　SiO2　and　SiC　abrasive　sand,　the　wear　rate　of　ZTAP/Fe　composites　and　Cr15　standard　specimens　increases　with　erosion　time.　The　wear　rate　of　ZTAP/Fe　against　SiO2　sand　is　lower　than　that　of　against　SiC　sand.　ZTAP/Fe　composites　was　found　to　exhibit　a　better　corrosion　resistance　property　than　that　of　Cr15　standard　specimens.　©　2021　Elsevier　Ltd