The invention provides a pipeline vibration noise suppressor structure. The pipeline vibration noise suppressor structure comprises a perforated pipe, an outlet connecting pipe, an outer shell, a nitrogen charging valve and a corrugated pipe. The right end of the perforated pipe is connected with the outlet connecting pipe in an embedded mode. The left end of the outer shell is arranged at the left end of the perforated pipe through threads in a sleeved mode. The outlet connecting pipe is provided with a boss. The right end of the outer shell is arranged on the outlet connecting pipe in a sleeved mode and abuts against the boss. The sidewall of the middle portion of the perforated pipe is provided with penetration holes. The left portion of the perforated pipe and the left portion of the outlet connecting pipe are both provided with grooves. A rubber sleeve is arranged outside the penetration holes of the perforated pipe. The left end and the right end of the rubber sleeve are fixed into the grooves of the perforated pipe and the outlet connecting pipe through turns of wires respectively. The middle portion of the outer shell is provided with the corrugated pipe, and the left end and the right end of the outer shell are connected through the corrugated pipe. A cavity is formed among the outer shell, the corrugated pipe and the rubber sleeve. The nitrogen charging valve is fixed to the outer shell and is communicated with the cavity. Through the pipeline vibration noise suppressor structure, noise of a liquid charging pipeline is controlled, and attenuation of pipeline vibration is achieved.