Process for effectively controlling continuous casting bleed-out of high-manganese steel slab

The invention provides a process for effectively controlling continuous casting bleed-out of a high-manganese steel slab, and belongs to the technical field of continuous casting processes. The process comprises the following steps: controlling the back taper coefficient of a narrow copper plate of a continuous casting crystallizer to be 1.5-1.9%/m; injecting molten steel of high-manganese steel into the continuous casting crystallizer for continuous casting, wherein the binary alkalinity (CaO/SiO2) of casting powder of the continuous casting crystallizer is 0.75-0.95, and the melting point is 880-950 DEG C; and controlling the continuous casting pulling speed to obtain the high-manganese steel plate slab. The process can effectively control the problem of continuous casting bleed-out of the high-manganese steel for a low-temperature container, so that a slab shell is uniformly cooled, the thickness is increased, and a bleed-out accident is avoided. 本发明提供了一种有效控制高锰钢板坯连铸漏钢的工艺，属于连铸工艺技术领域，所述工艺包括：将连铸结晶器的窄面铜板倒锥度系数控