The efficiency of nylon and polyester fibre is considerably improved by using Superline construction. This construction is perfectly balanced and consists of central cores with a braided cover. The cover is compact and protects the inner core.
The advantage of this construction is that only the cores are the load-bearing elements. Thanks to the long-lay construction
of the cores the rope has a higher breaking strength diam for diam than conventional 3- or 8-strand ropes. For the same reason the elongation of this type of rope is reduced.
Marsiline is another version of Superline polyester. The very compact construction in combination with a thin 100% polyester tear and wear resistant cover provides optimised diam/strength ratio.
Relative density | 1,14 | |
Temperature resistance | Can be used below 0°C Melting point 218°C (Nylon 6) | |
UV resistance | Excellent - fully stabilised | |
Extension | Breaking stretch of 31% (new rope) reduces to 25% (worked rope) | |
Flexibility | Good - becomes harder during use | |
Chemical resistance | Good resistance to alkalis - limited to acids |
Relative density | 1,38 (can vary slightly - depending on cover) | |
Temperature resistance | Flexible down to –40°C Melting point 260°C | |
UV resistance | Excellent - fully stabilised | |
Extension | Breaking stretch of 14% (new rope) reduces to 12% (worked rope) unchanged wet or dry | |
Flexibility | Remains flexible - no water absorption | |
Chemical resistance | Good - except to alkalis |
Length measured under reference tension according to EN ISO 9554
Diam. Ø | Circ. | Mass | Min. breaking load | |
---|---|---|---|---|
mm | inch " | kg/100m | T | kN |
16 | 2 | 19,1 | 7,3 | 71,6 |
18 | 2 ¼ | 21,8 | 8,4 | 82,4 |
20 | 2 ½ | 34,1 | 12,4 | 122 |
22 | 2 ¾ | 43,2 | 15,2 | 149 |
24 | 3 | 49,1 | 17,8 | 175 |
28 | 3 ½ | 57,5 | 21,1 | 207 |
32 | 4 | 75,1 | 27,7 | 272 |
36 | 4 ½ | 86,5 | 33 | 324 |
40 | 5 | 103 | 40,9 | 401 |
44 | 5 ½ | 117 | 47,5 | 466 |
48 | 6 | 128 | 58,2 | 571 |
52 | 6 ½ | 172 | 68,2 | 669 |
56 | 7 | 184 | 78,7 | 772 |
60 | 7 ½ | 208 | 90,3 | 886 |
64 | 8 | 245 | 103 | 1010 |
68 | 8 ½ | 275 | 118 | 1157 |
72 | 9 | 312 | 129 | 1265 |
80 | 10 | 385 | 161 | 1579 |
88 | 11 | 482 | 205 | 2010 |
96 | 12 | 532 | 232 | 2275 |
104 | 13 | 629 | 273 | 2677 |
112 | 14 | 680 | 308 | 3020 |
120 | 15 | 817 | 352 | 3452 |
128 | 16 | 919 | 395 | 3874 |
136 | 17 | 1018 | 444 | 4354 |
144 | 18 | 1119 | 488 | 4786 |
152 | 19 | 1266 | 553 | 5423 |
160 | 20 | 1413 | 605 | 5933 |
168 | 21 | 1516 | 650 | 6374 |
176 | 22 | 1620 | 697 | 6835 |
184 | 23 | 1723 | 762 | 7473 |
192 | 24 | 1874 | 840 | 8238 |
Superline Polyester | Marsiline | |||||
---|---|---|---|---|---|---|
Diam. Ø | Circ. | Mass | Min. breaking load | Min. breaking load | ||
mm | inch " | kg/100m | T | kN | T | kN |
16 | 2 | 18 | 8,1 | 79,4 | ||
18 | 2 ¼ | 28 | 11,6 | 114 | ||
20 | 2 ½ | 32 | 12,9 | 127 | ||
22 | 2 ¾ | 36 | 15,1 | 148 | ||
24 | 3 | 45 | 18,5 | 181 | ||
28 | 3 ½ | 55 | 22,5 | 221 | ||
32 | 4 | 77 | 30,5 | 299 | 36 | 353 |
36 | 4 ½ | 87 | 36,4 | 357 | 47 | 461 |
40 | 5 | 112 | 46,3 | 454 | 55 | 539 |
44 | 5 ½ | 137 | 58,2 | 571 | 67 | 657 |
48 | 6 | 165 | 69,1 | 678 | 83 | 814 |
52 | 6 ½ | 206 | 84,7 | 831 | 99 | 971 |
56 | 7 | 227 | 95 | 932 | 119 | 1167 |
60 | 7 ½ | 248 | 105 | 1030 | 134 | 1314 |
64 | 8 | 280 | 118 | 1157 | 150 | 1471 |
68 | 8 ½ | 316 | 133 | 1304 | 175 | 1716 |
72 | 9 | 391 | 168 | 1648 | 190 | 1863 |
80 | 10 | 456 | 198 | 1942 | 230 | 2256 |
88 | 11 | 577 | 248 | 2432 | 285 | 2795 |
96 | 12 | 664 | 283 | 2775 | 330 | 3236 |
104 | 13 | 730 | 313 | 3069 | 385 | 3776 |
112 | 14 | 863 | 371 | 3638 | ||
120 | 15 | 950 | 410 | 4021 | ||
128 | 16 | 1077 | 455 | 4462 | ||
136 | 17 | 1255 | 532 | 5217 | ||
144 | 18 | 1389 | 590 | 5786 | ||
152 | 19 | 1520 | 648 | 6355 | ||
160 | 20 | 1699 | 725 | 7110 | ||
168 | 21 | 1832 | 782 | 7669 | ||
176 | 22 | 2054 | 878 | 8610 | ||
184 | 23 | 2231 | 954 | 9355 | ||
192 | 24 | 2408 | 1030 | 10101 |