Scroll compressor structure

The invention discloses a scroll compressor structure which comprises a static scroll plate, a dynamic scroll plate, a partition plate and a wear-resisting plate, the static scroll plate is matched with the dynamic scroll plate, and at least a dynamic first pressure area with high pressure and a dynamic second pressure area with low pressure are formed between the static scroll plate and the dynamic scroll plate; relative floating in the axial direction of the dynamic scroll plate or the axial direction of the static scroll plate exists between the dynamic scroll plate and the static scroll plate. The partition plate is arranged on the side, back to the movable vortex plate, of the static vortex plate, a first back pressure cavity is formed between the partition plate and the static vortex plate, and the first pressure area communicates with the first back pressure cavity through a first back pressure channel; the wear-resisting plate is arranged on the side, back to the static vortex disc, of the dynamic vor