The role of radiocarbon dating in Chinese archaeology has grown increasingly significant in recent decades. Thousands of archaeological radiocarbon dates have been published along with the development of multiple laboratories. However, radiocarbon dates were published in a fragmented manner, in different languages and limited to specific archaeological sites or topics. This dispersion has posed a considerable obstacle to integrated various subjects through any large-dataset approach. While several datasets dedicated to Chinese archaeology have been compiled, many lack crucial details regarding the archaeological context, geographic information, and essential parameters of the radiocarbon data itself. This databank seeks to bridge this gap by providing the most up-to-date comprehensive radiocarbon database of Chinese archaeology. This effort involves a systematic review of the relevant literature and the revision of earlier datasets. A total number of 6,548 radiocarbon dates, accompanied by their detailed information, were collected. This databank offers a valuable resource for interdisciplinary modelling that aims to quantify human activity in prehistoric China, and it establishes a foundational framework for future data collections.