Share on (1600438690752):


High molecular weight polyethylene twelve strands of rope,the use of ultra-high molecular weight polyethylene(UHMPE)production,it is one of the highest strength of fiber in the world,adopt international advanced technology,the yarn resin processing manufacturing. But according to customer special requirements also can increase the polyester coating, further increase the wear resistance, improve the service life.With high strength ratio and diameter of wire rope,the weight is only 15% of the strength of wire rope. | ||
Features | Breaking elongation 2.8-3.9 excellent relaxation fatigue strength,1000 times that of steel cable and nylon rope | |
Density of 0.97 g/cm3, less than water,float in water,soft,convenient plug | ||
At room temperature,the industrial concentrated acid resistance,alkali oxidant | ||
Ultraviolet light resistance, resistance to bending performance | ||
Fatigue resistance is strong,the rope load 40%-50% cycic loading 100000 times eventually breaking strength is not reduced | ||
Resistance to low temperature:43 degrees below zero performance is not reduced | ||
Purpose | Widely used for berthing and mooring line,the sling.towing.national defence,Marine oil, ocean transportation, and other fields | |
Rope Code a | Linear densityb,c | Minimum breaking strength d, e (eye loop rope inserted at the end) kN | ||||
Indicator value ktex | Allowable deviation rate% | super strong | ||||
6 | 23.0 | ±10 | 33.0 | |||
8 | 40.0 | 58.7 | ||||
10 | 61.0 | ±8 | 92.0 | |||
12 | 87.0 | 132 | ||||
14 | 117 | 180 | ||||
16 | 151 | ±5 | 235 | |||
18 | 190 | 283 | ||||
20 | 232 | 340 | ||||
22 | 281 | 400 | ||||
24 | 331 | 470 | ||||
26 | 384 | 540 | ||||
28 | 445 | 610 | ||||
30 | 506 | 690 | ||||
32 | 575 | 780 | ||||
34 | 648 | 860 | ||||
36 | 720 | 940 | ||||
38 | 798 | 1040 | ||||
40 | 881 | 1130 | ||||
44 | 1060 | 1310 | ||||
48 | 1250 | 1530 | ||||
52 | 1460 | 1770 | ||||
56 | 1690 | 2030 | ||||
60 | 1930 | 2280 | ||||
64 | 2200 | 2560 | ||||
68 | 2480 | 2850 | ||||
72 | 2780 | 3170 | ||||
76 | 3090 | 3500 | ||||
80 | 3430 | 3870 | ||||
88 | 4170 | 4680 | ||||
96 | 4970 | 5560 | ||||
a.the rope code is equivalent to its approximate diameter in mm. b.the linear density (in ktex) is equivalent to the net mass per unit length of the rope, expressed in grams per meter or kilograms per kilometer. c.the linear density shall be measured when the pre tension described in GB / T 8834 is applied. d.the breaking strength is related to the dry or wet state of the new rope. e.the minimum strength value is measured according to the test method and test conditions specified in GB / t8834, and does not represent the actual breaking strength value under other environmental conditions and application occasions. It is noteworthy that the mode and quality of rope tail insertion, loading rate, pretreatment and pretension applied to the rope will affect the breaking strength. The rope wound on the pile, winch, pulley or pulley may break below this strength value. Knotted or twisted ropes will greatly reduce their breaking strength; The breaking strength of the non inserted rope in the tail section will be 10% higher than that of the inserted eye ring rope in the tail section, which can be used as a reference for design. | ||||||































New products from manufacturers at wholesale prices