A slider system (400, 500) comprising: a first slider body comprising at least a first slider component (410, 510) facing a first direction and a second slider component (420, 540) facing a second direction opposite the first direction, wherein each of the first and second slider components (410, 510, 420, 520) comprises a first upper plate and a first bottom plate, and wherein the first slider body is configured to accommodate passage of a first set of slider elements between the first upper plates and the first bottom plates, wherein the first set of slider elements is maintained in a closed state when a directional force is applied to the first slider body in the first direction or the second direction opposite the first direction; and a second slider body coupled to the first slider body, wherein when the slider system (400, 500) is incorporated into an article, the directional force applied to the first slider body, via one of the first slider component (410, 510) or the second slider component (420, 540), is transferred to the second slider body causing both the first slider body and the second slider body to concurrently move in the direction of the directional force, wherein the second slider body comprises a second upper plate and a second bottom plate, and wherein the second slider body is configured to accommodate passage of a second set of slider elements between the second upper plate and the second bottom plate, wherein the second set of slider elements is adapted to transition to an open state when the directional force is applied to the first slider body in the first direction, and wherein the second set of slider elements is adapted to transition to a closed state when the directional force is applied to the first slider body in the second direction. a first slider body comprising at least a first slider component (410, 510) facing a first direction and a second slider component (420, 540) facing a second direction opposite the first direction, wherein each of the first and second slider components (410, 510, 420, 520) comprises a first upper plate and a first bottom plate, and wherein the first slider body is configured to accommodate passage of a first set of slider elements between the first upper plates and the first bottom plates, wherein the first set of slider elements is maintained in a closed state when a directional force is applied to the first slider body in the first direction or the second direction opposite the first direction; and wherein each of the first and second slider components (410, 510, 420, 520) comprises a first upper plate and a first bottom plate, and wherein the first slider body is configured to accommodate passage of a first set of slider elements between the first upper plates and the first bottom plates, wherein the first set of slider elements is maintained in a closed state when a directional force is applied to the first slider body in the first direction or the second direction opposite the first direction; and a second slider body coupled to the first slider body, wherein when the slider system (400, 500) is incorporated into an article, the directional force applied to the first slider body, via one of the first slider component (410, 510) or the second slider component (420, 540), is transferred to the second slider body causing both the first slider body and the second slider body to concurrently move in the direction of the directional force, wherein the second slider body comprises a second upper plate and a second bottom plate, and wherein the second slider body is configured to accommodate passage of a second set of slider elements between the second upper plate and the second bottom plate, wherein the second set of slider elements is adapted to transition to an open state when the directional force is applied to the first slider body in the first direction, and wherein the second set of slider elements is adapted to transition to a closed state when the directional force is applied to the first slider body in the second direction. wherein the second slider body comprises a second upper plate and a second bottom plate, and wherein the second slider body is configured to accommodate passage of a second set of slider elements between the second upper plate and the second bottom plate, wherein the second set of slider elements is adapted to transition to an open state when the directional force is applied to the first slider body in the first direction, and wherein the second set of slider elements is adapted to transition to a closed state when the directional force is applied to the first slider body in the second direction.