The invention belongs to the field of the touch technology and provides a capacitive touch screen. The capacitive touch screen comprises a substrate and a wiring structure arranged on the surface of the substrate. The capacitive touch screen is characterized in that the wiring structure comprises multiple first wires arranged in parallel, each first wire comprises multiple continuously-arranged first wire blocks and bridging blocks connected between the adjacent first wire blocks, and the width of each bridging block is larger than 12 micron. According to the capacitive touch screen, the wide bridging blocks (wider than connecting bridges of a traditional wiring structure) are adopted in the wiring structure and used for being connected with the first wire blocks, due to the fact that the width of each bridging block is large, the contact area between each bridging block and the corresponding first guide block is increased, bonding force between each bridging block and the corresponding first guide block is enhanced, and the problem of bridge point falling is effectively solved; due to the fact that the bridge point area is increased, contact resistance is reduced, static bearing capacity is improved, and the performance of the capacitive touch screen is effectively improved.