Ship Mooring Rope

8-strand Mixed Polypropylene and Polyethylene Mooring Ropes Description: GBT 18674-2018 8-strand Mixed Polypropylene and Polyethylene Mooring Ropes is constructed of four S-twist strands and four Z-strands arranged so that S-twist strands alternate(individually or in pairs) with Z-twist strands(individually or in pairs).It is made up of bi-component fibres made of a blend during extrusion of polypropylene and of polyethylene,with a minimum of 15 % and a maximum of 50 % of

2 Inch 4-strand Mixed Polypropylene and Polyethylene Mooring Rope Description: 2 inch 4-strand Mixed Polypropylene and Polyethylene Mooring Ropes has strong, lightweight, abrasion resistant, thermally bondable and comfortable property. It is also has property of resistant to sunlight, soil and staining. Mixed polypropylene and polyethylene is resistant to deterioration from chemicals, perspiration, mildew, rot and weather. It also has quick drying properties and able to

3-strand Mixed Polypropylene and Polyethylene Mooring Ropes Description: 3-strand Mixed Polypropylene and Polyethylene Mooring Ropes is a strong, lightweight, abrasion resistant, thermally bondable and comfortable rope. It is also resistant to sunlight, soil and staining. Mixed polypropylene and polyethylene is resistant to deterioration from chemicals, perspiration, mildew, rot and weather. It also has quick drying properties and able to provide a good bulk and cover. It is

Four Strand High Strength Polypropylene Filament Mooring Ropes Description: Four Strand High Strength Polypropylene Filament Mooring Ropes is the lightest of the same specification, so it can float on the water. It has the advantages of heat-resistant, chemically stable, impact-resistant, prone to warping and shrinkage, poor layer adhesion. It is a fiber made from polymerization and melt spinning of propylene. It burns slowly from the fire and emits black somke. Polypropylene

GB/T 33364-2016 Single Lay Strand Offshore Mooring Steel Wire Rope Description: GB/T 33364-2016 Single Lay Strand Offshore Mooring Steel Wire Rope steel core mainly used for long tern mooring,such as positioning and anchoring of mobile drilling platform, floating production unit and offshore loading system which longer than 5 years. It shall be an independent wire rope(IWRC) and has large metal cross-sectional areas, providing high tensile strength-to-diameter ratios and

GB/T 33364-2016 Five Layer Full-locked Offshore Mooring Steel Wire Rope Description: GB/T 33364-2016 Five Layer Full-locked Offshore Mooring Steel Wire Rope has high density coefficient, up to more than 0.9, for all kinds of wire rope crown; Compared with the ordinary wire rope of the same diameter, the total breaking tension is about 65% higher. It is constructed in right lay or left lay,it mainly used for long tern mooring,such as positioning and anchoring of mobile

GB/T 33364-2016 Four Layer Full-locked Offshore Mooring Steel Wire Rope Description: GB/T 33364-2016 Four Layer Full-locked Offshore Mooring Steel Wire Rope has high density coefficient, up to more than 0.9, for all kinds of wire rope crown; Compared with the ordinary wire rope of the same diameter, the total breaking tension is about 65% higher. The whole wire rope is similar to a round rod, the supporting surface is large, the pressure per unit area is small, the stress

GB/T 33364-2016 Single Lay Strand Offshore Mooring Steel Wire Rope Description: GB/T 33364-2016 Single Lay Strand Offshore Mooring Steel Wire Rope steel core shall be an independent wire rope(IWRC) and all wires in a strand constructed in the same direction of lay.It is mainly used for long tern mooring,such as positioning and anchoring of mobile drilling platform, floating production unit and offshore loading system which longer than 5 years. It has large metal cross

80 - 256mm Single Point Mooring Ropes(Double Braided Nylon Ropes) Description: Single Point Mooring Ropes(Double Braided Nylon Ropes) are of a circular braid design and they have been developed to give a rope extra protection against wear and tear without significantly changing the primary characteristics. It is a logical development from the double-braid, where the outer braid both protects the inner braid and contributes to the strength. In the circular braid design this