Abstract: A tapered compression ring for flared tube applications includes a generally ring-shaped body having (a) a gap defining a first end and an opposite second end, (b) a first face, (c) an opposite second face, and (d) a central axis. The first face is tapered at the first end, and the body is twisted so that the first end is offset from the second end along the central axis in a direction away from the first face.

Abstract: A tapered compression ring for flared tube applications includes a generally ring-shaped body having (a) a gap defining a first end and an opposite second end, (b) a first face, (c) an opposite second face, and (d) a central axis. The first face is tapered at the first end, and the body is twisted so that the first end is offset from the second end along the central axis in a direction away from the first face.

Abstract: A load binder tool is provided for use with a lever-type load binder. The tool includes a base member and a handle member. The handle member is pivotally mounted to the base member at a pivot point between the first and second end of the handle member. A portion of the handle member defines a generally U-shaped cradle open at the first end and terminating at an end wall prior to the pivot point. The U-shaped cradle is sized to receive the lever of the lever-type load binder. The base member acts as a fulcrum as the handle member is pivoted about the pivot point such that the U-shaped cradle raises the load binder's lever from its locked position. The U-shaped cradle allows the lever to freely snap into its unlocked position without requiring any portion of the tool to travel therewith.