The invention provides a quick-recovery fuse. The quick-recovery fuse comprises a base, wherein multiple pairs of fusing protection units are arranged on the base; each fusing protection unit comprises a pair of symmetrically-arranged metal reeds; each metal reed is provided with a fixed end and a movable end; a static contact is arranged on the part, facing to the inner side of the pair of the metal reeds, of each fixed end; each movable end is provided with a fuse wire fixing part; a movable contact is arranged on the part, facing to the outer side, of each movable end; fuse wires are fixed on each fuse wire fixing part; the movable ends of the corresponding pair of metal reeds are pulled tightly by the fuse wires, and the corresponding metal reeds are bent towards the inner side; after the fuse wires are broken, the movable ends of the pair of metal reed corresponding to the fuse wires pops up outwardly to enable the movable contacts on the pair of the metal reeds to be in contact with the static contacts on the adjacent fusing protection unit; and only two static contacts on one fusing protection unit of the fuse are electrically connected to two binding posts. The quick-recovery fuse can disconnect a circuit under overhigh current, and can recover the connection of the circuit rapidly so as not to affect normal power utilization of users.