The traditional additional acoustic black hole （ABH） structure is mainly designed for vibration suppression of plate struc? tures， but it is difficult to be applied to pipe structures that are widely available in engineering. In order to solve the vibration sup? pression problem of pipe structures， a new additional ABH device，‘Circular Spiral ABH Damper （CSABH）’ is proposed to be applied to pipe structures. By designing the ABH area in the form of a spiral， the modal density of the damper is increased， and a better coupling with the main structure is achieved. The results show that the CSABH has good wave aggregation characteristics and can achieve a vibration suppression of 20~5000 Hz for the pipe. Besides， when the pipe constraints and temperature conditions are changed， the CSABH with the same parameters can still play a good wide frequency damping effect， showing the robustness of the damping. The wide frequency， high efficiency and high robustness of CSABH in the vibration control of pipeline structures are verified experimentally.