The invention relates to a switch with a VFTO suppression function. The switch with the VFTO suppression function comprises a cylinder body. The cylinder body is provided therein with moveable contact bases and static contact bases. The switch further comprises magnetic ring units used for VFTO suppression. The cylinder wall of the cylinder body is provided with conversion terminals for bus connection at the radial outer sides of the moveable contact bases and/or the static contact bases. The conversion terminals are connected with the corresponding moveable contact bases or the static contact bases through radial conductive rods. The magnetic ring units are sleeved on the radial conductive rods. The number of the magnetic ring units can be added on the radial conductive rods along the axial direction or the radial direction of the cylinder body. This greatly increases the flexibility for the arrangement of magnetic ring units; and the internal space of the cylinder body can be reasonably utilized. The generated VFTO can be transmitted to the magnetic ring units on the radial conductive rods through the corresponding moveable contact bases and the static contact bases. Therefore, a good suppression effect can be achieved. In addition, as the arrangement positions of the magnetic ring units are relative close to the isolating fracture, the use amount for the magnetic ring units can be reduced.