We manufacture fiber rope in Double Braid, 3-strand, 8-strand, 12-strand in diameters ranging from 1/16" up to 3-1/4". Our ropes are made from Nylon, Polyester or HMPE fiber. We offer both standard and custom lengths, as well as splicing services.
Custom anchor rodes made to order and ships direct to you on a spool.
Custom anchor rodes made to order and ships direct to you on a spool.
Custom anchor rodes made to order and ships direct to you on a spool.
We manufacture fiber rope in Double Braid, 3-strand, 8-strand, 12-strand in diameters ranging from 1/16" up to 3-1/4". Our ropes are made from Nylon, Polyester or HMPE fiber. We offer both standard and custom lengths, as well as splicing services.
Custom anchor rodes made to order and ships direct to you on a spool.
Custom anchor rodes made to order and ships direct to you on a spool.
Custom anchor rodes made to order and ships direct to you on a spool.
Dock lines rarely fail from sheer tensile strength. Failures usually occur because the rope wears through at specific points where it rubs, stretches, and grinds against hardware or dock edges. Chafe is the primary culprit. When a boat surges against wind, wake, or tide, this localized abrasion destroys even high-strength
Dock lines live a rough life. Sun, salt, movement, chafe, bad cleats, lazy knots, and weather all take a bite out of them. Shock load is one of the biggest reasons lines part early, hardware gets bent, and boats start moving in ways nobody enjoys. It is the sudden force
You tied the boat up. You used decent lines. You stepped off thinking the job was done. Then you looked back and the thing was lunging, twisting, bumping, and generally acting like it wanted out of the marina. Annoying? Yes. Normal? Sometimes. Fixable? Usually. A boat that moves too much
Dock lines are built to handle serious loads. They keep your boat secure through wind, wake, and constant movement. But like anything exposed to the elements and repeated stress, they do not maintain full strength forever. The tricky part is that strength loss does not always appear obvious. A line
