A slide component comprising a pair of slide parts that relatively slide on each other, one of the slide parts being a stationary-side seal ring and the other slide part being a rotating-side seal ring, wherein one of an outer peripheral side or an inner peripheral side of the pair of slide parts (4, 7) in a radial direction serves as a sealed fluid side, and the other of the outer peripheral side or the inner peripheral side of the pair of slide parts serves as a leakage side, the stationary-side and rotating-side seal rings (4, 7) having sealing faces formed in the radial direction to seal leakage of a sealed fluid from the sealed fluid side to the leakage side, a dynamic pressure generation groove is provided on the sealing face of at least one of the pair of slide parts (4, 7), and a land portion is provided on each of the sealed fluid side and the leakage side of the dynamic pressure generation groove in the radial direction in a manner that the dynamic pressure generation groove is isolated with no communication from both of the sealed fluid side and the leakage side by each land portion of the sealing faces; and a plurality of independently-formed minute recessed sections is provided at positions on the sealing face between the dynamic pressure generation groove and the leakage side, the positions being separated in the radial direction from the dynamic pressure generation groove, wherein the dynamic pressure generation groove is formed in a spiral shape to suction the fluid on the leakage side and pump the fluid to the sealed fluid side, characterised in that the independently-formed minute recessed sections are formed by dimples and are randomly arranged, or, are formed by substantially L shaped herringbone grooves bent at a right angle, and in that the dynamic pressure generation groove is formed in such a manner that a leakage-side end is extended long in the circumferential direction in comparison to a sealed fluid-side end, and a leakage-side opening part is enlarged. one of an outer peripheral side or an inner peripheral side of the pair of slide parts (4, 7) in a radial direction serves as a sealed fluid side, and the other of the outer peripheral side or the inner peripheral side of the pair of slide parts serves as a leakage side, the stationary-side and rotating-side seal rings (4, 7) having sealing faces formed in the radial direction to seal leakage of a sealed fluid from the sealed fluid side to the leakage side, a dynamic pressure generation groove is provided on the sealing face of at least one of the pair of slide parts (4, 7), and a land portion is provided on each of the sealed fluid side and the leakage side of the dynamic pressure generation groove in the radial direction in a manner that the dynamic pressure generation groove is isolated with no communication from both of the sealed fluid side and the leakage side by each land portion of the sealing faces; and a plurality of independently-formed minute recessed sections is provided at positions on the sealing face between the dynamic pressure generation groove and the leakage side, the positions being separated in the radial direction from the dynamic pressure generation groove, wherein the dynamic pressure generation groove is formed in a spiral shape to suction the fluid on the leakage side and pump the fluid to the sealed fluid side, characterised in that the independently-formed minute recessed sections are formed by dimples and are randomly arranged, or, are formed by substantially L shaped herringbone grooves bent at a right angle, and in that the dynamic pressure generation groove is formed in such a manner that a leakage-side end is extended long in the circumferential direction in comparison to a sealed fluid-side end, and a leakage-side opening part is enlarged. a dynamic pressure generation groove is provided on the sealing face of at least one of the pair of slide parts (4, 7), and a land portion is provided on each of the sealed fluid side and the leakage side of the dynamic pressure generation groove in the radial direction in a manner that the dynamic pressure generation groove is isolated with no communication from both of the sealed fluid side and the leakage side by each land portion of the sealing faces; and a plurality of independently-formed minute recessed sections is provided at positions on the sealing face between the dynamic pressure generation groove and the leakage side, the positions being separated in the radial direction from the dynamic pressure generation groove, wherein the dynamic pressure generation groove is formed in a spiral shape to suction the fluid on the leakage side and pump the fluid to the sealed fluid side, characterised in that the independently-formed minute recessed sections are formed by dimples and are randomly arranged, or, are formed by substantially L shaped herringbone grooves bent at a right angle, and in that the dynamic pressure generation groove is formed in such a manner that a leakage-side end is extended long in the circumferential direction in comparison to a sealed fluid-side end, and a leakage-side opening part is enlarged.