The　abounding　accumulated　waste　tires　would　not　only　cause　the　massive　waste　of　land　resources,　but　also　result　in　serious　environmental　pollution.　Among　the　many　reported　disposal　methods,　pyrolysis　is　regarded　as　a　thorough,　efficient　and　environmentally　friendly　technology　for　waste　tire　treatment.　Waste　tire　pyrolysis　process　mainly　produces　pyrolytic　gas,　pyrolytic　oil,　steel　wire,　and　residual　carbonaceous　materials,　also　known　as　pyrolytic　carbon　black　(CBp),　and　the　former　three　are　well　adopted　for　the　energy　supply　of　the　whole　pyrolysis　process,　high-value　fuel,　and　alloy　steel,　respectively,　while　the　low　quality　of　CBp　product　greatly　limits　its　application　and　further　healthy　development　of　the　pyrolysis　industry.　Hence,　this　review　focuses　on　the　properties,　modifications　and　applications　of　CBp　derived　from　waste　tires　for　enhanced　quality,　involving　the　formation　mechanism　and　the　effect　of　pyrolysis　condition　on　the　properties　of　CBp　in　detail.　Meanwhile,　the　research　progress　on　various　modification　methods　for　CBp　material　is　also　presented,　including　the　demineralization,　the　adjustment　of　pore　structure　and　surface　chemical　regulation,　as　well　as　the　applications　of　recycled　CBp　in　energy　materials,　rubber　reinforcement　and　other　fields.　This　review　finally　puts　forward　the　future　development　trends　and　challenges　of　CBp,　expecting　the　deeper　understanding　of　CBp　and　the　upstream　pyrolysis　industry　with　a　lot　of　peer　attention,　and　promoting　the　high-value　utilization　of　the　solid　waste　resources　in　various　fields.