35W×K7 Compacted Steel Wire Rope
Description
35W×K7 compacted stranded steel wire rope, the steel wire in the strand is in surface contact state, the metal filling coefficient of the steel wire rope is large, and the strand structure is tight. It is wildly used for hoisting for well, bearing for both kettle way and erect well, and inclined hoisting for inclined well, etc.
1.Common structure: 35W×K7
2.Surface treatment: galvanized, bright, oiled, etc. (as requirements)
3.Material: carbon steel, etc.
4.Diameter:Customized according to customer needs.
5.Breaking load:Customized according to customer needs.
6.Application: hoisting, offshore oil engineering,constructional engineering,etc.
Certificate & Standard:
Certificate:ABS,LR,CE,CCS,BV,DNV
Standard:GB8919,GB/T 20067, ISO, ASTM, EN, JIS, etc.
Superiority:
1. Good wear resistance,
2. Fatigue resistance
3. Anti-extrusion performance
4. Not easy to deform
5. Reliable and safe
Specification:
1.35W×K7
2. Parameter of 35W×K7:
Nominal Diameter mm |
Approx.weight (kg/100m) |
Nominal Strength Mpa |
||||
1570 |
1670 |
1770 |
1870 |
1960 |
||
Min.Breaking Load KN |
||||||
20 |
204 |
257 |
274 |
290 |
307 |
321 |
22 |
247 |
312 |
331 |
351 |
371 |
389 |
24 |
294 |
371 |
394 |
418 |
442 |
463 |
26 |
345 |
435 |
463 |
491 |
518 |
543 |
28 |
400 |
505 |
537 |
569 |
601 |
630 |
30 |
459 |
579 |
616 |
653 |
690 |
723 |
32 |
522 |
659 |
701 |
743 |
785 |
823 |
34 |
590 |
744 |
792 |
839 |
886 |
929 |
36 |
661 |
834 |
887 |
941 |
994 |
1040 |
38 |
736 |
930 |
989 |
1050 |
1110 |
1160 |
40 |
816 |
1030 |
1100 |
1160 |
1230 |
1290 |
42 |
900 |
1140 |
1210 |
1280 |
1350 |
1420 |
44 |
987 |
1250 |
1330 |
1400 |
1480 |
1560 |
46 |
1080 |
1360 |
1450 |
1540 |
1620 |
1700 |
48 |
1180 |
1480 |
1580 |
1670 |
1770 |
1850 |
50 |
1280 |
1610 |
1710 |
1810 |
1920 |
2010 |
52 |
1380 |
1740 |
1850 |
1960 |
2070 |
2170 |
54 |
1490 |
1880 |
2000 |
2120 |
2240 |
2340 |
56 |
1600 |
2020 |
2150 |
2280 |
2400 |
2520 |
58 |
1720 |
2170 |
2300 |
2440 |
2580 |
2700 |
60 |
1840 |
2320 |
2460 |
2610 |
2760 |
2890 |
Note:The total Min.breaking load=Min. breaking load×1.287 |