Rope for hoisting & dragging

Steel wire rope that for hoisting, dragging and lifting purposes, is one sort of conventional ropes widely applied for infrastructure fields.

This steel wire rope is diveded into black(ungalvanized) and galvanized by surface state. For galvanization, there is grade A and B the two zinc coating grades for choice. For galvanized rope, all the wires in the rope should be galvanized indeed. Fiber core(natural fiber core, synthetic fiber core and composite fiber core) and wire core(IWRC, IWSC and EPI-WRC) are the primary kinds for the steel wire rope. Fiber core should be sufficiently dipped into lubricating grease aimed to corrosion and rust resistance. Steel wire rope surface should be evenly and completely applied for greased oil whatever ungalvanized or galvanized provided special appointment available. Tensile strength for this steel wire rope has the three grades of 1770mpa, 1960mpa and 2160mpa, provided special appointment available.

Steel wire rope should be twisted tightly, balanced and unloose in manufacturing. Steel wire rope also should be no wave-shape as unrolled naturally without loading. Wires in the rope is not allowed to be crossed, bent and broken. Further, each of lay length in the same steel wire rope should be almost alike without obvious discrepancy.

This steel wire rope should accept split test, which means that the rope needs seperated into stands and wires and then detected on each wire by various items, such as wire size, numbers, tensile strength, knot strength, bending, torsion, zinc coating test and grease oil content of test in fiber core. For knot strength test, wire should achieve the knot tensile strength as 50% minimum as that of original without knot. Further, steel wire rope is required to involve the test of length, weight, surface, breaking load and unloose inspection.

Steel wire rope should be stored in ventilated and dry space without rain, acid and alkali contact. As for use, the hoisting logo on the wooden reel should be the right indication to follow and simultaneously keep the packing reel always in good condition with less or no damage to rope.

STEEL WIRE ROPE
Apply for lifting, hoisting & dragging equipment
Standard: GBT/20118-2006 ; EN12385
Construction: 8*25Fi+FC; 8*25Fi+IWR; 8*26WS+FC; 8*26WS+IWR; 8*31WS+FC;8*31WS+IWR; 8*36WS+FC; 8*36WS+IWR

Rope Diameter (mm)Weight (kg/100m)T/S (mpa)
157016701770187019602160
Minimum Breaking Load (kn)
Natural fiber coreSynthetic fiber coreIWR/IWSNatural fiber coreIWR/IWSNatural fiber coreIWR/IWSNatural fiber coreIWR/IWSNatural fiber coreIWR/IWSNatural fiber coreIWR/IWSNatural fiber coreIWR/IWS
147067.485.390.210695.9113102120107127113133124146
1691.488.1111118139125148133157140166147174162191
18116111141149176159187168198178210186220205242
20143138174184217196231207245219259230271253299
22173166211223263237280251296265313278328306362
24206198251265313282333299353316373331391365430
26241233294311367331391351414370437388458428505
28280270341361426384453407480430507450532496586
30321310392414489440520467551493582517610570673
32366352445471556501592531627561663588694648765
34413398503532628566668600708633748664784732864
36463446564596701634749672794710839744879820969
385164976286647487078347498847919348299799141080
405715506967368697839258309808771040919109010101230
426306077678119588631020915108096711401010120011201320

Total Breaking Load = Rope Minimum Breaking Load X 1.214(FC) or 1.360 (IWR/IWS)