Abstract: An arrangement for a low-noise speed reduction of a one-track bottle flow in a bottle distributing station, especially in bottling plants, according to which a flow of bottles arranged in spaced relationship to each other in conformity with a desired bottle spacing is supported by and transferred by way of a guiding rail or guiding wall from the first moving conveyor section onto a second moving conveyor section adjacent and substantially parallel to the first conveyor section. The bottle flow or advancing speed of the bottles on the second conveyor section where it forms a closed-up bottle flow corresponds to the speed v.sub.2 or slightly higher speed of the closed-up bottle flow on the second conveyor section. Subsequently, the now closed-up bottle flow is transferred by a following guiding rail or wall onto one or more leading-off conveyor sections the speed of which is considerably reduced over that of the last mentioned closed-up bottle flow.