An object of the present invention is to further improve upon the strength and durability of a wire rope. A wire rope has a core rope made of steel; a covering layer, which is made of a composite resin, covering the outer peripheral surface of the core rope; and multiple side strands, which are made of steel, wound on the outer peripheral surface of the core rope covered with the covering layer. The composite resin constituting the covering layer is obtained by blending cellulose nanofibers with polypropylene serving as a matrix.

An object of the present invention is to further improve upon the strength and durability of a wire rope. A wire rope has a core rope made of steel; a covering layer, which is made of a composite resin, covering the outer peripheral surface of the core rope; and multiple side strands, which are made of steel, wound on the outer peripheral surface of the core rope covered with the covering layer. The composite resin constituting the covering layer is obtained by blending cellulose nanofibers with polypropylene serving as a matrix.

An object of the present invention is to further improve upon the strength and durability of a wire rope. A wire rope has a core rope made of steel; a covering layer, which is made of a composite resin, covering the outer peripheral surface of the core rope; and multiple side strands, which are made of steel, wound on the outer peripheral surface of the core rope covered with the covering layer. The composite resin constituting the covering layer is obtained by blending cellulose nanofibers with polypropylene serving as a matrix.

An object of the present invention is to further improve upon the strength and durability of a wire rope. A wire rope has a core rope made of steel; a covering layer, which is made of a composite resin, covering the outer peripheral surface of the core rope; and multiple side strands, which are made of steel, wound on the outer peripheral surface of the core rope covered with the covering layer. The composite resin constituting the covering layer is obtained by blending cellulose nanofibers with polypropylene serving as a matrix.

A combined harness and leash device is disclosed. The device may comprise a one-piece buckleless pet harness, constructed from braided rope or other suitable material. Useful materials of construction may include natural or synthetic fibers and may include recycled fibers. The harness may consist of one continuous loop to prevent choking or strangulation. A slip assembly is used to create two adjustable loops that fit around a pet's front legs and wrap back through the slip assembly to form a leash or lead. When applying the harness, pet owners may enlarge one loop at a time in order to slip the pet's forelegs into place. Further, the harness may be ornamented with decorative gems, rhinestones, and other design elements for an enhanced look. The harness is offered in assorted colors as needed, as well as various sizes to suit different dog breeds.

A combined harness and leash device is disclosed. The device may comprise a one-piece buckleless pet harness, constructed from braided rope or other suitable material. Useful materials of construction may include natural or synthetic fibers and may include recycled fibers. The harness may consist of one continuous loop to prevent choking or strangulation. A slip assembly is used to create two adjustable loops that fit around a pet's front legs and wrap back through the slip assembly to form a leash or lead. When applying the harness, pet owners may enlarge one loop at a time in order to slip the pet's forelegs into place. Further, the harness may be ornamented with decorative gems, rhinestones, and other design elements for an enhanced look. The harness is offered in assorted colors as needed, as well as various sizes to suit different dog breeds.