This utility model discloses a high tensile strength and
corrosion resistance cable for
offshore wind power, comprising a cable core consisting of a central tensile
rope and multiple
moisture-proof insulated cores; the
moisture-proof insulated cores are tangent to the central tensile
rope;
moisture-proof and water-blocking filler is used to fill the gaps in the cable core; a shielding aluminum-plastic composite tape is wrapped around the cable core; a
corrosion-resistant composite layer is provided outside the shielding aluminum-plastic composite tape; a flexible buffer layer is extruded outside the
corrosion-resistant composite layer; a steel tape armor layer is provided outside the flexible buffer layer; a PTFE film tape is overlapped and wrapped around the steel tape armor layer; and an outer sheath is extruded outside the PTFE film tape. By optimizing the cable structure and
material selection, the tensile strength and corrosion resistance of the cable are improved, while maintaining the cable's flexibility and service life, to meet the high requirements of offshore wind farms for cables.