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SK78-Siri S12®

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SK78-Siri® S12 are unique High-Performance ropes with excellent properties that meet the requirements of the most demanding applications. They consist of a 12strand load bearing core made by SK78 fibers. This rope construction is lightweight, firm, round and torque free.

SK78-Siri S12® ropes are 8 times stronger than steel ropes and 3 times stronger than polyester (on a weight by weight comparison).

Applications

Developed in-house by Katradis, the special Linear Structural Preformation upgrade the SK78 fiber to a level of superior performance. The application of NIKA-PU coating increases the abrasion resistance of the rope and provides higher operational efficiency.

Compared to wire ropes, SK78-Siri® S12 ropes offer the following benefits:

SK78-Siri S12® ropes are produced according to ISO 10325-2018 and they comply with OCIMF’s latest regulations & recommendations for the safe mooring of the tanker-LNG-LPG vessels.

Specifications

Technical Data

Nom. Size (Circ) Nom. Size (Diam) Weight (+/- 5%) LDBF (acc. MEG4) MBL (acc. ISO 2307)
Inches mm kgs/100 mtr tn tn
¾” 6 2,2 3,7 4,1
1” 8 3,9 6,5 7,2
1 ¼” 10 5,9 9,9 10,9
1 ½” 12 8,4 14,2 15,6
1 ¾” 14 11,3 19,1 21,0
2” 16 14,7 24,8 27,2
2 ¼” 18 18,4 30,9 34,0
2 ½” 20 22,6 37,9 41,7
2 ¾” 22 27,2 45,6 50,2
3” 24 32,1 53,9 59,3
3 ¼” 26 37,4 62,9 69,2
3 ½” 28 43,2 72,5 79,7
3 ¾” 30 49,3 82,7 91,0
4” 32 55,8 93,6 103,0
4 ¼” 34 62,7 105,2 115,7
4 ½” 36 70,0 117,6 129,3
4 ¾” 38 77,7 130,5 143,5
5” 40 85,7 144,0 158,4
5 ¼” 42 95,6 160,6 176,6
5 ½” 44 103,0 173,0 190,3
5 ¾” 46 111,6 187,3 206,0
6” 48 121,7 204,4 224,8
6 ¼” 50 133,5 224,1 246,5
6 ½” 52 142,0 238,4 262,3
7” 56 165,3 272,3 299,5
7 ½” 60 187,0 296,2 325,9
8” 64 211,8 328,7 361,6
8 ½” 68 237,9 369,4 406,3
9” 72 265,6 412,3 453,5
9 ½” 76 294,7 457,4 503,2
10” 80 325,2 504,9 555,4

A) The diameter corresponds to the approximate diameter in millimetres.
B) The linear density is under reference tension and is measured as specified in CI 1500A-15.
C) The linear density tolerance is +/- 5%.

LDBF: Line Design Break Force
MBL: Minimum Breaking Load

more sizes available upon request