Device

  Wire Rope Slings  

Loop Type Single Part Sling
Single Part Sling
Multi Leg Sling
Multi Leg Sling
Cargo Nets
Wire Rope Nets For Cargo Lifting
Grommet Sling
Grommet Sling
Flemish Sling
Flemish Sling
Loop Type Single Part Slings
Endless Slings
Gantry Ropes Applied In Cranes
Gantry Ropes
Gantry Ropes
Factor Of Safety 5:1 Tensile Strength: 1770/1960 N/mm2
Note
  • The capacity indicated in the above table, for basket hitch and choker itch is for guidance only, vertical column is the actual load the slings can be tested and certified in other words safe working load is applicable for vertical lift only.
Multi Leg Slings
Two leg wire rope Sling
Two leg wire rope sling with main ring at top and hooks
at the bottom.
Three leg wire rope Sling
Three leg wire rope sling with main ring at top and thimble at the bottom.
Four leg wire rope Sling
Four leg wire rope sling with main ring and intermediate ring at top with bow shackle at bottom.
Four leg wire rope Sling
Four leg sling with main ring with thimble at top and
plain loops at bottom.
Braided / Plaited belt lifting slings
Braided / Plaited belt lifting slings - Available in standard lts. of 10m &10???in capacities ranging from 10 to 40 tons with steel core ropes.
Master links also
available in the
following varieties
Master Link- Oval Type
Oval type
For other combination
of multi-leg slings refer
our catalogue
Master Link- Pear Shaped
Pear shaped
MULTIPLE LEG SLINGS
Rope Dia
(mm)
 6*19/6*36 Groups Steel Core 6*19/6*36 Groups Fibre Core
Safe Working Load
Minimum
Breaking
Load
Proof
Load
per Leg
Safe Working Load
Minimum
Breaking
Load
 Proof
Single
Leg
Leg Angle
(0-90)
Leg Angle
(90-120)
Single
Leg
Leg Angle
(0-90)
Leg Angle
(90-120)
Load
2 Leg
3&4 leg
2 Leg
3&4 leg
2 Leg
3&4 leg
2 Leg
3&4 leg
per Leg
6
0.5
0.7
1.1
0.5
0.8
2.6
1.0
0.4
0.6
0.8
0.4
0.6
2.0
0.8
8
0.8
1.2
1.8
0.8
1.3
4.2
1.7
0.8
1.1
1.6
0.8
1.2
3.9
1.5
9
1.1
1.5
2.2
1.1
1.6
5.3
2.1
1.0
1.4
2.1
1.0
1.5
4.9
2.0
10
1.3
1.9
2.8
1.3
2.0
6.6
2.6
1.2
1.7
2.6
1.2
1.8
6.1
2.4
12
1.9
2.7
4.0
1.9
2.8
9.5
3.8
1.8
2.5
3.7
1.8
2.6
8.8
3.5
13
2.2
3.1
4.7
2.2
3.3
11.3
4.4
2.1
2.9
4.3
2.1
3.1
10.3
4.1
14
2.6
3.6
5.4
2.6
3.9
13.0
5.2
2.4
3.3
5.0
2.4
3.6
11.9
4.8
16
3.4
4.7
7.1
3.4
5.0
16.8
6.7
3.1
4.4
6.6
3.1
4.7
15.6
6.2
18
4.3
6.0
8.9
4.3
6.4
21.3
8.5
4.0
5.5
8.3
4.0
5.9
19.8
7.9
19
4.8
6.7
10.0
4.8
7.1
23.8
9.5
4.4
6.2
9.2
4.4
6.6
22.0
8.8
20
5.3
7.4
11.0
5.3
7.9
26.3
10.5
4.9
6.8
10.2
4.9
7.3
24.4
9.7
22
6.4
8.9
13.4
6.4
9.5
31.8
12.7
5.9
8.2
12.4
5.9
8.8
29.5
11.8
24
7.2
10.1
15.1
7.2
10.8
36.0
14.4
7.0
9.8
14.7
7.0
10.5
35.1
14.0
25
7.6
10.6
16.0
7.6
11.4
38.0
15.2
7.5
10.5
15.8
7.5
11.3
37.5
15.0
26
8.7
12.2
18.2
8.7
13.0
43.4
17.4
8.1
11.3
16.9
8.1
12.1
40.3
16.1
28
10.1
14.1
21.1
10.1
15.1
50.4
20.1
9.3
13.1
19.6
9.3
14.0
46.7
18.7
32
13.2
18.4
27.7
13.2
19.8
65.9
26.3
12.2
17.1
25.6
12.2
18.3
61.0
24.4
35
15.7
22.0
33.1
15.7
23.6
78.7
31.5
14.4
20.2
30.2
14.4
21.6
72.0
28.8
38
18.6
26.0
39.0
18.6
27.8
92.8
37.1
17.6
24.6
37.0
17.6
26.4
88.0
35.2
40
20.6
28.8
43.2
20.6
30.9
102.9
40.1
18.4
25.8
38.7
18.4
27.7
92.2
36.9
44
24.9
34.8
52.3
24.9
37.3
124.5
49.8
23.1
32.3
48.4
23.1
34.6
115.3
46.1
50
34.8
48.7
73.0
34.8
52.1
173.8
69.5
27.4
38.4
57.6
27.4
41.1
137.1
54.8
56
40.3
56.5
84.7
40.3
60.5
201.6
80.7
37.0
51.8
77.7
37.0
55.5
185.0
74.0
64
52.7
73.7
110.6
52.7
79.0
263.3
105.3
48.0
67.2
110.8
48.0
72.0
240.0
96.0
70
65.0
91.0
136.5
65.0
97.5
325.0
130.0
55.0
77.0
115.5
55.0
82.5
275.0
110.0
Factor Of Safety 5:1 Tensile Strength: 1770 / 1960 N / mm2
Two leg wire rope sling
Two leg wire rope sling
with main ring at
top and thimble at
the bottom
Three leg wire rope sling
Three leg wire rope
sling with main ring
at top end and
thimble at bottom
Four leg wire rope sling
Four leg wire rope sling
with main ring at top and thimble at the bottom
Four leg wire rope sling
Four leg wire rope sling
with main ring and intermediate ring
at top and thimble
hooks at the bottom
Two leg wire rope sling
Two leg wire rope sling
with main ring at top and
plain loops at bottom
Four leg wire rope sling
Four leg wire rope sling
with main ring at
top and plain loops at
the bottom
Four leg wire rope sling
Four leg wire rope sling
with main ring and
intermediate ring at top
and plain loops
at the bottom
Two leg wire rope sling
Two leg wire rope sling
with main ring at one
top and bow shackle
at the bottom
Rope End Terminals
Wire Rope Nets For Cargo Lifting
Two leg wire rope Sling
Inner Dia
Outer Dia
Mesh
12mm
22mm
6??? x 6??? or
4??? x 4???
16 mm
24 mm
6??? x 6??? or
4??? x 4???
We recommend Steel wire rope
Galvanised 6/19 const.
FMC tensile strength 1960 N/mm2 RMO lay
Typical Slinging Methods (Used singly and two single legs used together)
Two leg wire rope Sling
Two leg wire rope Sling
Double Wrapped
Choke Hitch
SWL =1.4 x SWL
of sling
Choke Hitch
SWL =1.4 x SWL
of sling
Two leg wire rope Sling
Two leg wire rope Sling
Double &
Choked
SWL=2xSWL
of sling
Simple Choke Hitch
SWL =SWL of sling
Two leg wire rope Sling
Two leg wire rope Sling
Double Wrapped
Basket Hitch
SWL = 2.1 x SWL
of sling
Basket Hitch
SWL = 2.1 x SWL
of sling
Two leg wire rope Sling
Double Wrapped
Choke Hitch
SWL=SWL of sling
Grommet Slings
Double Part Thimble Eye
Double Part Basket
Grommet Round
Application for Grommat
  • Grommat slings can be fabricated in very short circumstances. The reason is this: Grommat slings are made from one continuous length of strand or wire rope. This requires only one tuck-in point as compared with six tuck-in points needed manufacturer an endless sling.
  • A Grommat consists of an endless rope having construction 6/1 construction & is used where high ultimate breaking strength of the rope is required beyond the limits of a single part rope.
  • A strand of sufficient length to complete the Grommat shall be obtained by either of the following methods:
    Method A: An order strand shall be unlaid from a specimen of 6/1 rope conforming to the requirement of the customer.
    Method B: Unlaying from a specimen of 6/4 rope having strands in all respects equipment to those obtained by method A above.
    Method C:     Using a virgin strand either prefromed or post formed & in all other respects equivalent to those obtained by method A & B.
  • During the course of construction of a Grommat the performed lay of the strand shall be maintained and shall not be interfered with except when laying in the core for which purpose length of strand left to form the core should be straightened .
  • The length of the strand required to form a Grommat shall be equal to about 7.5 times the parameter of the Grommat in case of spliced Grommat. But in case of complete streamline splicing length shall be 4 times the effective length.
Nominal of
Single Part
of Grommet
Nominal Diameter
of Component
Ropes
Calculated
Breaking Load
(On Double Part)
inches
mm
mm
tonnes
tons
(200 lb)
tons
(2240 lb)
2
52
18
211
233
208
2 ??
64
22
316
348
311
3
76
26
442
486
434
3 ??
89
30
589
650
580
4
102
34
756
833
744
4 ??
115
38
944
1040
930
5
125
42
1152
1268
1132
5 ??
140
48
1509
1668
1489
6
152
52
1775
1954
1744
6 ??
165
58
2030
2262
2020
7
180
60
2356
2593
2315

Endless Slings
Butt Splice
The two ends of the rope should be joined together by two five ???tuck splices.
Number of Tucks
The splices shall be tucked three times the full size of strand, a fourth time with the strand each reduced to half the original number and a fifth with the strands each further reduced to one third the original number. The heart strand is to be rowed in during tucking so that a double heart is produced for at least the length of the first three tucks in both directions.
Method of Tucking
The Tucks of the Splice shall be made over one strand and under one strand against the lay of the rope. The heart strand of the rope shall not be removed when the strands are opened out for tucking, but may be cut to a suitable length.
Finishing
The ends of the splice in way of the twisted ??? off ends of wire that is between the end and the third tuck shall be tightly served with seizing wire, after parcelling with canvas, Hessian or wax paper.
Flemish Slings
  • Bind the rope from the end at a distance equal to the loop desired, plus an additional length of about 10 times the diameter of the rope .split the rope by separating three adjacent strands, leaving the other three strands and core intact. Bend the large section(three strands core ) into the desired size loop and start laying the three separated strands in to the grooves of the bent section,as close to the throat as possible.
  • Completely lay the three strands around the loop as deep into the throat as possible. allowing the six strands ends and the core to project close to the throat of the loop.
  • In application of pressed-on ferrule is rolled in eye splice. Noticed how smooth the fabric is joined.
  • Position the special ferrule over the rolled in splice in preparation for swaging. Ends are still flats.
  • By administration of tremendous force by swaging machine, ferrule is tapered.
Wire Rope Press ???Grip Sling Are
Economical ???Safer And Easier To Work With
Three slings you can count on high strength efficiency on all eye splices.they are tapered and completely sealed with at both end to avoid snagging on loads. these ferrules completely cover all strands and locks them securely into place. there are no opening or rough projection to catch on hands. Rope slings with special pressed ???on metal ferrules are easier to work with.

Slings are made from 6x19 wire rope and from 6x37 wire rope. We recommended use of 6x19 construction. Upto 1 ?????:6x37or large slings.
  • For flemish eye wire rope splicing.
  • Designed for low temperature toughness.
  • Resists cracking when swaged (equal or exceeds stainless steel sleeves )
  • Spherodize annealed.
  • Can be stamped for identification after swaging without concerns of fractures.
  • Special processed low carbon steel

Termination efficiency

Size (inch/)

Type of wire rope

IWRC

FC

??-1

96%

93%

1 1/8 ??? 2

92%

89%

2 1/8 and larger

90%

87%

Wire Rope Dia.

Dia. before splicing

Dia after splicing

??

21/32

0.50

5/16

??

0.62

3/8

29/32

0.73

7/16

1 5/64

0.88

??

1 7/32

0.98

8/16

1 9/16

1.10

5/8

1 15/32

1.20

??

1 23/32

1.41

7/8

1 1/32

1.63

1

2 9/32

1.88

1 1/8

2 ??

2.08

1 ??

2 25/42

2.27

1 3/8

3

2.47

1 ??

3 ??

2.65

1 ??

3 27/32

3.04

2

4 3/8

3.50

2 ??

5 1/32

4.06

2 ??

5 ??

4.44

2 3/4

5 3/4

4.64

3

6

4.89

3 ??

7

5.70

3 3/4

7 ??

6.16

4

8 1/8

7.10

4 1/2

9 1/8

7.37
Note:
Standred sleeves are recommended for use with 6x19 or 6x37,IPS or EIF RRL,FC or IWRC wire rope.


Chain Pulley Block
Trolley
Ratchet Lever Hoist
Chain Electrical Hoist
Wirerope Electrical Hoist
Builder Hoist
Winches
Pulley & Lifting Machine
Plate & Pipe Lifting Clamps
Jacks
Pulley Blocks
Shackles
Hooks
U Clamps
Turnbuckles
Sockets
Crosby Fittings
Thimbles
Eye Bolts
Ferrules
Wire Ropes
Synthetic Ropes
Natural Fiber
Wire Rope Slings
Polyster Slings
Chain Slings
Plaited and Woven Superflex Slings
Anchors
Stud Link Chains
Chains
Marzoli Spare Parts