The application discloses a composite impulse extracting tower, comprising a tower body, wherein a center shaft is vertically arranged in the center of the tower body, several sieve plates distributed at intervals are fixed on the center shaft, a regular filler is filled in the sieve plates; several through holes are distributed on the sieve plates. Through filling regular filler between the sieve plates and installing in the extracting tower, the composite impulse extracting tower is formed. Through contrast, the composite impulse extracting tower is high in mass transfer coefficient and higher in mass transfer efficiency. Besides, the composite impulse extracting tower can acquire high mass transfer efficiency when low energy is input, thus it is good for reducing energy consumption and solvent loss. Therefore, if the composite impulse extracting tower is applied to the industrial production, cost can be effectively reduced. In case that the extraction requirement needs the experiment or actual production with high impulse input, the tower can relatively and more effectively inhibit the axial backmixing and weakening of mass transfer performance.