“…New operative techniques have been developed, focusing on making chemomechanical preparation more rapid and efficient, and ideally increasing quality by providing more predictable cleaning and shaping results (7)(8)(9)(10). As a consequence, there has been a similar interest in improving the simplicity and quality of root canal obturation, with a continuous request for alternative sealers that are more biocompatible, more bioactive, and more capable of bonding to the root canal wall when compared to traditional resin-based or eugenol-based sealers (11)(12)(13)(14)(15)(16). Therefore, the criteria for the ideal material for use in endodontic obturations must be comprehensive Physicochemical properties of two commercially available bioceramic sealers: An in vitro study and include the following characteristics: non-toxic, insoluble in tissue fluids, dimensionally stable, antibacterial, hard tissue conductive, biocompatible, radiopaque and easy to handle (3).…”