General Engineering Wire Rope
video
General Engineering Wire Rope

General Engineering Wire Rope

LIJU offers all size range of high-quality General Engineering wire rope, ensuring superior performance and high order of safety requirements. LIJU General Engineering wire rope are manufactured in advanced state-of-the-art technology and undergo strict quality control measures.
6X7
6X19M
6X19S
6X25Fi
6X29Fi
6X36WS
6X37M
6X26WS
6X31WS
Send Inquiry
Description

LIJU General Engineering wire rope used in General Lifting Purpose, boring,Guy Cables,Wire Rope Slings

 

What is General Engineering Wire Rope?

 

LIJU have specialised in supplying multi stranded galvanised steel wire rope since 1989. We stock from 0.5mm up to 28mm (larger diameters available on request) in various constructions including 1X19, 7X7,6X19, 7X19, 6X36, 8X19, 8X36, 19X7 and 35X7 with both Fibre Core and Steel Cores. In addition to these conventional steel wire ropes we can offer special wire ropes from high quality manufacturers.

Each steel wire rope can be supplied fully assembled complete with end terminals such as a thimble eyes, swaged ends and wedge sockets as well as many other solutions. These cable assemblies are manufactured in house by our team of engineers complete to your specifications.

All material is certified and has full traceability in line with our ISO9001 procedures.

 

Recommended Structures

 

6X7 6X19M 6X19S 6X25Fi 6X29Fi 6X36WS 6X37M 6X26WS 6X31WS

 

Wire Rope: What Makes it So Special? 

 

Strength

The core benefits of wire rope are its strength and capacity to maintain that strength to a relative degree even when beginning to degrade. Due to the overlapping wrapping of the strands and wires, the material can consistently maintain heavy loads and numerous stressors, making it ideal for applications like suspension bridges, cranes, and elevators. This strength is necessary for holding weight providing operator safety and for the wire to transfer power between systems and mechanisms.

 

Flexibility

Machines in motion, aerospace mechanisms, or pulley actions on construction sites are not simply a Point A to Point B process like a lever. They require precise, millimeter-accurate positioning and need a flexible material to reach every position on a 360-degree arc. Straight shafts or levers can be used, but the flexibility of wire rope in similar situations gives it a clear value. The benefits of wire rope, in terms of its flexibility, allow machinery designers and engineers to plan around a broader spectrum of capabilities.

 

Wide Range of Uses

As we've broached above, one of the most obvious benefits of wire rope is its variety of applications. Common uses for wire rope include for hoisting (industrial cranes, construction, elevators), in the oil industry for moving and supplying power to rig machinery, in cable cars for ensuring user safety, in aerospace and automotive vehicles for moving and controlling parts, and in any industrial production setup that uses conveyor belts.

 

Abrasive Resistance

One of the greatest benefits of wire rope is how its abrasion resistance can be improved, particularly in situations where abrasion is a large risk factor. Wire rope can be coated in polyvinyl chloride (PVC), polypropylene, HOPE, and nylon to improve its abrasive resistance. Abrasion resistance is also affected by its composition, with a smaller number of larger wires being more resistant than a wire rope of the same size with smaller wires. Abrasive resistance can also be improved via lubrication.

 

Versatile Composition

Similar to how wire rope has several coating options, another benefit of wire rope is the flexibility in its composition. Different metals are required for different applications. Bright wire rope is self-colored steel with lube. Galvanized steel is zinc coated. Stainless steel wire rope is available in type 302/304 and type 316.

 

Common Types of General Engineering Wire Rope

 

6×7 Wire Rope

These are the wire rope construction popular for trawl, haul, and tiller ropes. It is a great rope type for constructions that can withstand a greater resistance to wear and abrasion. The design of this rope includes fewer wires which eventually makes it stronger and larger to use. These can be used for purposes that need greater resistance to wear and tear. These wire ropes find an amazing practical implementation in marine and crane industries.

 

6x19 Steel Wire Rope

This 6×19 steel wire rope construction is available with either FC (fibre core) or WSC (wire strand core). When supplied with a wsc the rope is more commonly referred to as 7×19 steel wire rope. The rope is very popular in diameters from 3mm to 16mm and is used on a variety of applications. 6×19 steel wire rope FC (fibre core) and 6×19 steel wire rope WSC (wire strand core) (7×19) is very flexible in diameters 3mm to 6mm and is used for many applications where wire ropes are running over pulleys. 7×19 construction is readily available supply in both galvanised wire ropes and marine grade stainless steel wire ropes.

 

6x36 Wire Rope Sling

6 x 36 IWRC Wire Ropes for all general purpose applications. 6×36 Wire Ropes are a flexible wire rope suitable for a wide range of applications such as, wire rope slings, General engineering, Crane ropes, Hoist ropes, Winch ropes, Tow Ropes, Luffing ropes, Mooring Ropes, Wire rope rigging and guying applications or wherever flexible rope is required. Active Lifting stock a wide range of sizes in both 1770 and 1960 grade tensile strength. We also offer a wide range of terminations which can be provided in house. (link to wire rope terminations) We generally stock all Galvanized 6×36 wire ropes, however Ungalvanised wire rope is available upon request. All Active Lifting 6×36 wire ropes are manufactured according to Indian Standard.

 

8x36 Wire Rope

Extremely flexible rope types with up to 288 single wires (8×36 Wire Rope) in the outer strands. Better fatigue performance and fatigue life expectancy than 6×19/6×36. Due to the larger number of outer wires these ropes tend to be more sensitive to mechanical damages. All 8-strand constructions require proper sheave- and drum groove dimensions. Undersized and/or worn sheaves will immediately result in rope deformations, waviness, or high strands. 8×36 Wire Ropes require extra care during installation (no reverse bend spooling).

 

Auxiliary Rope

The Auxiliary Rope is accessory cord for building slings, and belay anchors with. The auxiliary rope's sheath is made from our type of Endurance braiding, in which the strands, grouped one by one, generate a smoother, more compact, and uniform surface of the rope, making it more resistant to friction wear and tear, increasing its lifespan.

 

Drilling Rope

Drilling lines are used to hoist or lower the drill pipe into and out of the wellbore and present a tough application for wire ropes, with repetitive high load bending over sheaves. ASAHI offers the best performing drilling lines in the industry with exceptional bend fatigue properties and superior resistance to abrasion, wear and crushing. Our drilling lines reach an excellent ton-mile performance of up to 60% above the API standard.

 

Electric Wire Rope Hoists

A wire rope hoist is a lifting medium used extensively within environments where heavy duty lifting occurs, such as heavy foundries, factories and manufacturing plants. Electrically powered, these hoists are similar to conventional standard electric hoists, which instead use steel chains in order to lift loads of varying weights. This equipment is used in many manufacturing plants However, because ropes made from wire have higher SWLs (safe working loads), they are often more suitable for heavy lifting than standard chain hoists, meaning they are becoming increasingly popular within the industrial sphere today.

 

Components of General Engineering Wire Rope

 

Wire

Wires are the smallest component of wire rope and they make up the individual strands in the rope. Wires can be made from a variety of metal materials including steel, iron, stainless steel, monel, and bronze. The wires can be manufactured in a variety of grades that relate to the strength, resistance to wear, fatigue resistance, corrosion resistance, and curve of the wire rope. The wires themselves can be coated but are most commonly available in a "bright" or uncoated finish.

 

Strands

Strands of wire rope consist of two or more wires arranged and twisted in a specific arrangement. The individual strands are then laid in a helical pattern around the core of the rope. Strands made of larger diameter wires are more resistant to abrasion, while strands made of smaller diameter wires are more flexible.

 

Core

The core of a wire rope runs through the center of the rope and supports the strands and helps to maintain their relative position under loading and bending stresses. Cores can be made from a number of different materials including natural or synthetic fibers and steel.

 

Lubrication

Lubrication is applied during the manufacturing process and penetrates all the way to the core. Wire rope lubrication has two primary benefits:

Reduces friction as the individual wires and strands move over each other.

Provides corrosion protection and lubrication in the core, inside wires, and outside surface.

 

Applications of General Engineering Wire Rope

 

  • Holding and closing ropes for grab cranes
  • General engineering applications
  • Wire rope slings
  • Crane ropes
  • Winch ropes
  • Hoist rope
  • Wire rope rigging applications
  • Lifeboat falls
  • Mooring ropes
  • Pursing wires
  • Luffing ropes
  • Tow ropes

 

Product Parameter And Details

 

1

Diameter/mm Reference weight(kg/100m) Nominal tensile strength of steel wire rope/mpa
1570 1670 1770 1870 1960
FC WSC FC WSC FC WSC FC WSC FC WSC FC WSC
8 22.5 24.8 33.4 36.1 35.5 38.4 37.6 40.7 39.7 43.0 41.6 45.0
9 284 31.3 s 45.7 44.9 48.6 47.6 51.5 50.3 54.4 527 57.0
10 35.1 38.7 52.1 56.4 55.4 60.0 58.8 63.5 62.1 67.1 65.1 70.4
11 42.5 46.8 63.1 68.2 67.1 72.5 71.1 76.9 75.1 812 78.7 85.1
12 50.5 55.7 75.1 81.2 79.8 86.3 84.6 91.5 89.4 96.7 93.7 101.3
13 59.3 65.4 88.1 95.3 93.7 101.3 99.3 107.4 105 113 110 119
14 68.8 75.9 102 110 109 118 115 125 122 132 128 138
16 89.9 99.1 133 144 142 153 150 163 159 172 167 180
18 114 125 169 183 180 194 190 206 201 218 211 228
20 140 155 208 225 222 240 235 254 248 269 260 281
22 170 187 252 273 268 290 284 308 300 325 315 341
24 202 223 300 325 319 345 338 366 358 387 375 405
26 237 262 352 381 375 405 397 430 420 454 440 476
28 275 303 409 442 435 470 461 498 487 526 510 552
30 316 348 469 507 499 540 529 572 559 604 586 633
32 359 396 534 577 568 614 602 651 636 687 666 721
34 406 447 603 652 641 693 679 735 718 776 752 813
36 455 502 676 730 719 777 762 824 805 870 843 912

 

1

Diameter/mm Reference weight(kg/100m) Nominal tensile strength of steel wire rope/mpa
1570 1670 1770 1870 1960 2160
FC WSC FC WSC FC WSC FC WSC FC WSC FC WSC FC WSC
12 54.7 60.2 74.6 80.5 79.4 85.6 84.1 90.7 88.9 95.9 93.1 100 103 111
13 64.2 70.6 87.6 94.5 93.1 100 987 106 104 113 109 118 120 130
14 74.5 81.9 102 110 108 117 114 124 2 130 127 137 140 151
16 97.3 107 133 143 141 152 50 161 158 170 166 179 182 197
18 123 135 168 181 179 193 189 204 200 216 210 226 231 249
20 152 167 207 224 220 238 234 252 247 266 259 279 285 308
22 184 202 251 271 267 288 283 304 299 322 313 338 345 372
24 219 241 298 322 317 342 336 363 355 383 373 402 411 443
26 257 283 350 378 373 402 395 426 417 450 437 472 482 520
28 298 328 406 438 432 466 458 494 484 522 507 547 559 603
30 342 376 466 503 496 535 526 567 555 599 582 628 642 692
32 389 428 531 572 564 609 598 645 632 682 662 715 730 787
34 439 483 599 646 637 687 675 728 713 770 748 807 824 889
36 492 542 671 724 714 770 757 817 800 863 838 904 924 997
38 549 604 748 807 796 858 843 910 891 961 934 1010 1029 1110
40 608 669 829 894 882 951 935 1010 987 1065 1030 1120 1140 1230

 

1

Diameter/mm Reference weight(kg/100m) Nominal tensile strength of steel wire rope/mpa
1670 1770 1870 1960 2160
FC WSC FC WSC FC WSC FC WSC FC WSC FC WSC
12 54.7 602 79.4 85.6 84.1 90.7 88.9 95.9 93.1 100 103 111
13 64.2 70.6 93.1 100 98.7 106 104 113 109 118 120 130
14 74.5 81.9 108 117 114 124 121 130 127 137 140 151
16 97.3 107 141 152 150 161 158 170 166 179 182 197
18 123 135 179 193 189 204 200 216 210 326 231 249
20 152 167 220 238 2.34 2.52 247 266 259 279 285 308
22 184 202 267 288 283 3.06 299 3.22 313 338 345 372
24 219 241 317 342 336 363 355 383 373 402 411 443
26 257 283 373 402 396 426 417 450 437 472 482 520
28 298 328 432 466 458 494 484 5.22 507 547 559 603
30 342 376 496 535 5.26 567 555 599 582 628 642 692
32 389 428 564 609 5.98 645 632 682 662 715 730 787
34 439 483 637 687 675 7.28 713 770 748 807 824 889
36 492 542 714 770 757 817 800 863 838 904 924 997
38 549 604 796 858 843 910 891 961 934 1010 1029 1110
40 608 669 882 951 935 1010 987 1065 1030 1120 1140 1230
42 670 737 972 1060 1030 1110 1089 1174 1140 1230 1257 1356
44 736 809 1070 115 1130 1220 1195 1289 1250 1350 1380 1489
46 804 884 1170 1260 1240 1330 1306 1409 1370 1480 1508 1627
48 876 963 1270 1370 1350 1450 1422 1534 1490 1610 1642 1772
50 950 1040 1380 1490 1460 1580 1543 1664 1620 1740 1782 1922
52 1030 1130 1490 1610 1580 1700 1669 1800 1750 1890 1927 2079
54 1110 1220 1610 1730 1700 1840 1799 1941 1890 2030 2079 2242
56 1190 1310 1730 1960 1830 1980 1935 2088 2030 2190 2235 2411
58 1280 1410 1850 2000 1960 2120 2076 2239 2180 2350 2398 2587
60 1370 1500 1980 2140 2100 2270 2222 2397 2330 2510 2566 2768
62 1460 1610 2120 2290 2250 2420 2372 2559 249 2680 2740 2956
64 1560 1710 2260 2440 2390 258 2528 2727 2650 2860 2920 3.150

 

4

Diameter/mm Reference weight(kg/100m) Nominal tensile strength of steel wire rope/mpa
1570 1670 1770 1870 1960
FC WSC FC WSC FC WSC FC WSC FC WSC FC WSC
3 3.16 3.60 4.34 4.69 4.6 4.99 4.89 5.29 5.17 5.59 5.42 5.86
4 5.62 6.40 7.71 8.34 8.20 8.87 8.69 9.40 9.19 9.93 9.63 10.4
5 8.78 10.0 120 13.0 128 13.9 13.6 14.7 14.35 15.52 15.0 16.3
6 12.6 14.4 17.4 18.8 18.5 20.0 19.6 21.2 20.67 22.35 21.7 23.4
7 172 19.6 23.6 25.5 25.1 27.2 26.6 28.8 28.13 30.42 29.5 31.9
8 22.5 25.6 30.8 33.4 328 35.5 34.8 37.6 36.74 39.73 38.5 41.6
9 28.4 324 39.0 42.2 41.6 44.9 44.0 47.6 46.50 50.29 48.7 52.7
10 35.1 40.0 48.2 52.1 51.3 55.4 54.4 58.8 57.41 62.08 602 65.1
11 42.5 48.4 58.3 63.1 62.0 67.1 65.8 71.1 69.46 75.12 728 78.7
12 50.5 57.6 69.4 75.1 73.8 79.8 78.2 84.6 82.67 89.40 86.6 93.7
13 59.3 67.6 81.5 88.1 86.6 93.7 91.8 99.3 97 105 102 110
14 68.8 78.4 94.5 102 100 109 107 115 113 122 118 128
16 89.9 102 123 133 131 142 139 150 147 159 154 167
18 114 130 156 169 166 180 176 190 186 201 195 211
20 140 160 193 208 205 222 217 235 23 248 241 260
22 170 194 233 252 248 268 263 284 278 300 291 315
24 202 230 278 300 295 319 313 338 331 358 347 375
26 237 270 326 352 346 375 367 397 388 420 407 440
28 275 314 378 409 402 435 426 461 450 487 472 510
30 316 360 434 469 461 499 489 529 517 559 542 586
32 359 410 494 534 525 568 557 602 588 636 616 666
34 406 462 557 603 593 641 628 679 664 718 696 752
36 455 518 625 676 664 719 704 762 744 805 780 843
38 507 578 696 753 740 801 785 849 829 896 869 940
40 562 640 771 834 820 887 869 940 919 993 963 1041
42 619 706 850 919 904 978 959 1040 1013 1095 1061 1148
44 680 774 933 1010 993 1070 1060 1140 1111 1202 1165 1260
46 743 846 1020 1100 1080 1170 1150 1240 1215 1314 1273 1377

 

5

Diameter/mm Reference weight(kg/100m) Nominal tensile strength of steel wire rope/mpa
1570 1670 1770 1870 1960
FC WSC FC WSC FC WSC FC WSC FC WSC FC WSC
5 8.65 10.0 11.6 12.5 123 13.3 13.1 14.1 13.8 14.9 14.5 15.6
6 12.5 14.4 16.7 18.0 17.7 19.2 18.8 20.3 19.9 21.5 20.8 22.5
7 17.0 19.6 22.7 24.5 24.1 26.1 25.6 27.7 27.0 29.2 28.3 30.6
8 22.1 25.6 29.6 22.1 31.5 34.1 33. 36.1 35.3 38.2 37.0 40.0
9 28.0 32.4 37.5 40.6 39.9 43.2 42.3 45.7 44.7 48.3 46.8 50.6
10 34.6 40.0 46.3 50.1 49.3 53.3 52.2 56.5 55.2 59.7 57.8 62.5
11 41.9 48.4 56.0 60.6 59.6 64.5 63.2 68.3 66.7 72.2 70.0 75.7
12 49.8 57.6 66.7 72.1 70.9 76.7 75.2 81.3 79.4 85.9 83.3 90.0
13 58.5 67.6 78.3 84.6 83.3 90.0 88.2 95.4 93.0 101 98. 106
14 67.8 78.4 908 98.2 96.6 104 102 111 108 117 113 123
16 88.6 102 119 128 126 136 134 145 141 153 148 160
18 112 130 150 162 160 173 169 183 179 193 187 203
20 138 160 185 200 197 213 209 226 221 239 231 250
22 167 194 224 242 238 258 253 273 267 289 280 303
24 199 230 267 288 284 307 301 325 318 344 333 360
26 234 270 313 339 333 360 353 382 373 403 391 423
28 271 314 363 393 386 418 409 443 432 468 453 490
30 311 360 417 451 443 479 470 508 496 537 520 563
32 354 410 474 513 504 546 535 578 565 611 592 640
34 400 462 535 579 570 616 604 653 638 690 668 723
36 448 518 600 649 638 690 677 732 715 773 749 810
38 500 578 669 723 711 769 754 815 797 861 835 903
40 554 640 741 801 788 852 835 903 883 954 925 100
42 610 706 817 883 969 940 921 996 973 1052 1020 1103
44 670 774 897 970 954 1030 1010 1090 1068 1155 1119 1210
46 732 846 980 1060 1040 1130 1100 1190 1167 1262 1223 1323
48 797 922 1070 1150 1140 1230 1200 1300 127 1374 1332 1441
50 865 1000 1160 1250 1230 1330 1300 1410 1379 1491 1446 1563
52 936 1080 1250 1350 1330 1440 1410 1530 1492 1613 1563 1691
54 1010 1170 1350 1460 1440 1550 1520 1650 1609 1739 1686 1823
56 1090 1250 1450 1570 1540 1670 1640 1770 1730 1871 1813 1961
58 1160 1350 1560 1680 1660 1790 1760 1900 1856 2007 1945 2103
60 1250 440 1670 1800 1770 1920 1880 2030 1986 2148 2082 2251

 

6

Diameter/mm Reference weight(kg/100m) Nominal tensile strength of steel wire rope/mpa
1670 1770 1870 1960 2160
FC WSC FC WSC FC WSC FC WSC FC WSC FC WSC
12 54.7 60.2 79.40 85.6 84.1 90.70 88.9 95.90 93.1 100 103 111
13 64.2 70.6 93.1 100 98.7 106.00 104 113.00 109 118 120 130
14 74.5 81.9 108 117 114 124.00 121 130.00 127 137 140 151
16 97.3 107 141 152 150 161.00 158 170.00 166 179 182 197
18 123 135 179 193 189 204.00 200 216.00 210 326 231 249
20 152 167 220 238 2.34 2.52 247 266.00 259 279 285 308
22 184 202 267 288 283 3.06 299 3.22 313 338 345 372
24 219 241 317 342 336 363.00 355 383.00 373 402 411 443
26 257 283 373 402 396 426.00 417 450.00 437 472 482 520
28 298 328 432 466 458 494.00 484 5.22 507 547 559 603
30 342 376 496 535 5.26 567.00 555 599.00 582 628 642 692
32 389 428 564 609 5.98 645.00 632 682.00 662 715 730 787
34 439 483 637 687 675 7.28 713 770.00 748 807 824 889
36 492 542 714 770 757 817.00 800 863.00 838 904 924 997
38 549 604 796 858 843 910.00 891 961.00 934 1010 1029 1110
40 608 669 882 951 935 1010.00 987 1065.00 1030 1120 1140 1230
42 670 737 972 1060 1030 1110.00 1089 1174.00 1140 1230 1257 1356
44 736 809 1070 115 1130 1220.00 1195 1289.00 1250 1350 1380 1489
46 804 884 1170 1260 1240 1330.00 1306 1409.00 1370 1480 1508 1627
48 876 963 1270 1370 1350 1450.00 1422 1534.00 1490 1610 1642 1772
50 950 1040 1380 1490 1460 1580.00 1543 1664.00 1620 1740 1782 1922
52 1030 1130 1490 1610 1580 1700.00 1669 1800.00 1750 1890 1927 2079
54 1110 1220 1610 1730 1700 1840.00 1799 1941.00 1890 2030 2079 2242
56 1190 1310 1730 1960 1830 1980.00 1935 2088.00 2030 2190 2235 2411
58 1280 1410 1850 2000 1960 2120.00 2076 2239.00 2180 2350 2398 2587
60 1370 1500 1980 2140 2100 2270.00 2222 2397.00 2330 2510 2566 2768
62 1460 1610 2120 2290 2250 2420.00 2372 2559.00 249 2680 2740 2956
64 1560 1710 2260 2440 2390 258.00 2528 2727.00 2650 2860 2920 3.150

 

Our Advantage

 

1. All Size Range: 8 mm to 52 mm (0.3149 inches to 2.0472 inches)

2. Good resistance to bending fatigue and abrasion

3. High breaking load

4. Excellent structure stability

5. Global service center and fast transpotation

 

About Us

 

LIJU is the leading General Engineering wire rope manufacturer in China. Our worldwide distribution centres and service networks are well equipped to offer our customers high-quality elevator wire ropes and customised solutions.

 

2
product-800-359
product-800-573
2

 

FAQ

 

Q: What is tensile grade of steel wire ropes?

A: The tensile grade of a wire rope refers to the strength of its constituent wires. For general engineering wire ropes, there is only single tensile grade, normally comes as 1570n/mm2, 1670n/mm2, 1770n/mm2, 1870n/mm2, 1960n/mm2 and 2160n/mm2. For elevator wire ropes, they have dual tensile strength and outer wires is lower tensile strength, inner wires is higher tensile strength, for example 1180/1770n/mm2 or 1370/1770n/mm2.

Q: What are the different types of wire ropes?

A: Generally, there are three different wire rope types, each with its own properties and applications: Stainless steel wire ropes. Galvanized wire ropes. Coated wire ropes.

Q: What is the purpose of wire rope?

A: Wire ropes are used dynamically for lifting and hoisting in cranes and elevators, and for transmission of mechanical power. Wire rope is also used to transmit force in mechanisms, such as a Bowden cable or the control surfaces of an airplane connected to levers and pedals in the cockpit.

Q: What is a wire rope in technology?

A: Wire rope is a collection of metal strands that have been twisted and wound to form the shape of a helix with the purpose of supporting and lifting heavy loads and performing tasks that are too rigorous for standard wire.

Q: What is a wire rope also known as?

A: 'Wire rope' and 'cable' are sometimes used interchangeably. However, wire rope usually designates lengths with a diameter larger than ⅜ inch. When the diameter of the wire dips below that threshold, it is called a cable or cord.

Q: What wire rope is most commonly used?

A: The 18% chromium, 8% nickel alloy known as type 302 is the most common grade accepted due to both corrosion resistance and high strength. Other types frequently used in wire rope are 304, 305, 316 and 321, each having its specific advantage over the other.

Q: What is the difference between wire rope and cable?

A: The terms "wire rope" and "cable" are often used interchangeably. You may have even heard them combined into "wire rope cables." Their main difference is in their size. Wire rope refers to steel ropes with diameters larger than 3/8", while smaller ones are considered to be cable or cords, also called aircraft cable.

Q: What is the core material of a wire rope?

A: There are two different types of core materials that make up these industrial wire ropes: fibre or steel.

Q: What is the best material for wire rope?

A: When shopping for wire ropes, the three most commonly used materials are Bright, Galvanized, and Stainless Steel.

Q: What is the center of a wire rope called?

A: While few in number, these vary in both complexity and configuration so as to produce ropes for specific purposes or characteristics. The three basic components of a standard wire rope design are: Wires that form the strand. Multi-wire strands laid helically around a core. The core.

Q: What is the working load limit for wire rope?

A: Working load limit is always a fraction of tensile strength, allowing for a generous margin of safety. For wire ropes, it's common for the working load limit to be set at 20% of tensile strength.

Q: How thick is a wire rope?

A: The rope is very popular in smaller diameters from 0.5mm to 2mm where the cable remains very flexible. 6x7 ropes become quite rigid in the larger diameters and are often considered stiff in diameters 6mm and above.

Q: What is the safety factor of wire rope?

A: It is commonly stated as a ratio, such as 5:1. This means that the wire rope can hold five times their Safe Work Load (SWL) before it will break. So, if a 5:1 wire rope's SWL is 10,000 lbs., the safety factor is 50,000 lbs.

Q: What is the application of the wire rope lifting system?

A: In the lifting and rigging industries, wire rope is attached to a crane or hoist and fitted with swivels, shackles or hooks to attach to a load and move it in a controlled matter. It can also be used to lift and lower elevators, or as a means of support for suspension bridges or towers.

Q: What are the uses of ropes in construction?

A: Here are some common applications of ropes in construction: Lifting and Rigging: On construction sites, large objects are lifted and moved using ropes. To put products, machinery, or structures into place securely and effectively, they are frequently coupled to cranes, hoists, or pulley systems.
Send Inquiry

(0/10)

clearall