Waste ceramics are crushed and screened into recycled aggregates, and concrete is prepared by replacing the corresponding natural aggregates in different proportions (50%, 80%, 100%). On the basis of the comparative study of the mechanical properties of waste ceramic recycled aggregate concrete and natural aggregate concrete, the bonding properties of recycled aggregate and cement stone are further comparatively studied. The results show that although the mechanical properties of concrete decrease with the increase of the amount of recycled aggregate, the decrease rate is mostly not more than 15%, and it shows good interfacial bonding performance, so waste ceramic recycled aggregate can completely replace natural aggregate for the preparation of concrete.