Also known as bus drop grips, these grips support cable weight and relieve tension. They also damp vibration in hanging runs of cable, rod, and tubing. You can support these grips with a hook.

Made of stainless steel, these grips have excellent corrosion resistance. Use them when the end of a cable is not accessible; wrap the mesh anywhere along the length of the cable to provide support. Lace the mesh closed with the included lacing wire. Also known as bus drop grips, these grips support cable weight and relieve tension. They also damp vibration in hanging runs of cable, rod, and tubing.

When the end of a cable is not accessible, wrap the mesh on these grips anywhere along the length of the cable to provide support. Lace the mesh closed with the included lacing wire. Also known as bus drop grips, these grips support cable weight and relieve tension. They also damp vibration in hanging runs of cable, rod, and tubing.

Reduce strain caused by equipment hanging from drop-down cable. Attach eyebolts to an overhead panel, and use cable clamps to secure strain cables to the eyebolts.

The loops tighten by the weight of your cable or by manual adjustment. These grips are often wrapped around a beam or pipe. Also known as bus drop grips, they support cable weight and relieve tension. They also damp vibration in hanging runs of cable, rod, and tubing.

Made of stainless steel, these grips have excellent corrosion resistance. They have two loops for support at two points, often at an angle. They must be equally supported to balance the load. Also known as bus drop grips, these grips support cable weight and relieve tension. They also damp vibration in hanging runs of cable, rod, and tubing.

These grips have two loops for support at two points, often at an angle. They must be equally supported to balance the load. Also known as bus drop grips, these grips support cable weight and relieve tension. They also damp vibration in hanging runs of cable, rod, and tubing.