The invention relates to a burning-free continuous casting integral composite rod, and provides a novel production process for producing a continuous casting integral composite rod. The production method dispenses with the burning procedure at 900-1,100DEG C in reducing atmosphere, and comprises drying the continuous casting integral composite rod at 500-600DEG C and burning by full use of the high temperature (1,100-1,300DEG C) of the product before use, so as to achieve the purpose of reducing production cost, improving production efficiency and saving energy.