Abstract:
A large-sized compound polyurethane elastomer submarine anchor cable to hold steady a offshore platform within a specific range defined by the anchors is comprised of outer layer made of polyurethane elastomer and carbon fiber mixed at a certain ratio, compressed and wrapping around aramid fiber or kelvar fiber or ultra-high-molecular-weight polyethylene (UHMWPE) fiber and a core of synthetic fiber rope with molecular malleability; the rope exposed from both ends of the cable each in a loop; and each loop having one or multiple layers of sheath to wrap around the rope at where closer to a tie on each end.
Abstract:
The present invention discloses a flexible anchoring rope for fixing a floating platform in the water, and such anchoring rope is made of a substance consisting of a mixture of rubber and carbon fiber in an appropriate ratio and wrapped inside fibers. The fixtures on both ends of such flexible anchoring rope are used to fix a floating platform to an anchor in the water. By means of the good pre-stressed buffer provided by the flexible anchoring rope, the maximum extensibility is up to 90˜120% which can sustain the tension produced by the tidal currents during the rising and ebb tides, and its good resilience can keep the floating platform in a specific area.
Abstract:
The present invention discloses a flexible anchoring rope for fixing a floating platform in the water, and such anchoring rope is made of a substance consisting of a mixture of rubber and carbon fiber in an appropriate ratio and wrapped inside fibers. The fixtures on both ends of such flexible anchoring rope are used to fix a floating platform to an anchor in the water. By means of the good pre-stressed buffer provided by the flexible anchoring rope, the maximum extensibility is up to 90˜120% which can sustain the tension produced by the tidal currents during the rising and ebb tides, and its good resilience can keep the floating platform in a specific area.