The utility model discloses a rectification type guide wing structure arranged at an outer strip of the stirring and mixing lattice frame. The stirring and mixing lattice frame is internally provided with a plurality of grating units by a plurality of inner strips; a grating unit adjacent to the outer strip is internally provided with a first stirring and mixing vane which is arranged on an inner strip and bends and extends toward another inner strip; the rectification type guide vane structure comprises a plurality of first guide vanes which are arranged on the upper edge and/or the lower edge of the outer strip and are oblique and extend toward the stirring and mixing lattice frame; the positions of the first guide vanes correspond to the first stirring and mixing vanes; one surfaces, toward the interior of the stirring and mixing lattice frame, of the first guide vanes, form drainage grooves extending toward the interior of the stirring and mixing lattice frame in a sinking mode. The guide vane structure has a rectification effect, and can prevent a cooling agent in the stirring and mixing lattice frame from convection and collision, so that the flow exchange among fuel components is reinforced, and a good thermal performance is ensured. The utility model also discloses a fuel component stirring and mixing lattice frame with the rectification type guide wing structure.