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Click here to jump directly to the different load slings:

1. Load slings made of wire rope with fiber core and aluminum crimping
2. Load slings made of wire rope with steel core and aluminum crimping
3. Load slings from wire rope “Flemish eye
4. Load slings from wire rope “DoFlex
5. Wire rope load slings “DoPremium
6. Splice

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Load slings made of wire rope with fiber core and aluminum crimping according to DIN EN 13414

Dolezych presses cylindrically as standard. Long-conical crimping according to DIN EN 13411-3 Form C is carried out with specially designed clamps on request. Advantages arise when pulling through under the load, because nothing can get caught.

Wire rope load slings – design variants:

Rope-name ø in mm	Load capacity with Inclination angle 0° for fig. 12, 13, 14, 22
8	700 kg
10	1000 kg
11	1250 kg
12	1500 kg
13	1750 kg
14	2000 kg
16	2700 kg
18	3150 kg
20	4000 kg
22	5000 kg
24	6300 kg
26	7000 kg
28	8000 kg
32	11000 kg
36	14000 kg
40	17000 kg
44	21000 kg
48	25000 kg
50	28000 kg
56	33500 kg

Load sling made of wire rope with swaged loops and hooks

 

 

 

 

Load sling made of wire rope with loops

 

 

 

 

Load sling made of wire rope with thimbles Form 6899 B

 

 

 

 

 

Load sling made of wire rope with special thimbles

 

 

 

 

 

 

 

 

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Rope- Nominal ø in mm	Load capacity with Inclination angle 0°
	Fig. 21	Fig. 24	Fig. 23
08	560 kg	980 kg	1400 kg
10	800 kg	1400 kg	2000 kg
11	1000 kg	1750 kg	2500 kg
12	1200 kg	2100 kg	3000 kg
13	1400 kg	2450 kg	3500 kg
14	1600 kg	2800 kg	4000 kg
16	2160 kg	3780 kg	5400 kg
18	2520 kg	4410 kg	6300 kg
20	3200 kg	5600 kg	8000 kg
22	4000 kg	7000 kg	10000 kg
24	5040 kg	8820 kg	12600 kg
26	—	9800 kg	14000 kg
28	—	—	16000 kg
32	—	—	22000 kg
36	—	—	28000 kg
40	—	—	34000 kg
44	—	—	42000 kg

Wire rope sling with loop and sliding hook

 

 

 

 

 

Wire rope sling endless with clamp

 

Wire rope load sling endlesswith 2 clamps

 

 

 

 

 

 

 

 

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Load slings made of wire rope with steel core and aluminum crimping according to DIN EN 13414

Dolezych presses cylindrically as standard. Long-conical crimping according to DIN EN 13411-3 Form C is carried out with specially designed clamps on request. Advantages arise when pulling through under the load, because nothing can get caught.

Wire rope load slings – design variants:

Rope- Nominal ø in mm	Load capacity with Inclination angle 0°
	Fig. 12, 13, 14	Fig. 23
08	750 kg	1500 kg
10	1150 kg	2300 kg
11	1400 kg	2800 kg
12	1700 kg	3400 kg
13	2000 kg	4000 kg
14	2250 kg	4500 kg
16	3000 kg	6000 kg
18	3700 kg	7400 kg
20	4600 kg	9200 kg
22	5650 kg	11300 kg
24	6700 kg	13400 kg
26	7800 kg	15600 kg
28	9000 kg	18000 kg
32	11800 kg	23600 kg
36	15000 kg	30000 kg
40	18500 kg	37000 kg
44	22500 kg	45000 kg
48	26000 kg	52000 kg

Load sling made of wire rope with swaged loops and hooks

 

 

 

 

Load sling made of wire rope with loops

 

 

 

 

Load sling made of wire rope with thimbles Form 6899 B

 

 

 

 

Load sling made of wire rope with special thimbles

 

 

 

 

 

 

 

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Load sling from wire rope “Flemish eye
approx: 10 % more load-bearing capacity, heat-resistant up to 400 °C

Advantages “Flemish eye

• Eyelet formation by splicing + crimping = 100% – safety to the minimum breaking load for all 6-strand machined types
• conical slim steel press clamp does not hook when pulling through under loads or when bundling
• more wear resistant than the aluminum clamp
• ideal for hot use up to 400 ‘C when the wire rope is equipped with a steel core and a steel press clamp
• low wear – therefore favorable price-performance ratio
• highest safety
• At temperatures of +150’C – +200’C 90% remain, at +200’C – +300’C 75
  % and at +300’C – +400’C 65% of the load capacity
• easy handling in many applications

The load-bearing capacity data in the tables are based on DIN EN 13414.

Execution variants “Flemish eye

Galvanized or bare rope with 2 loops

Galvanized or bare rope with 2 thimbles

Rope-name ø in mm	Load capacity with Inclination angle 0° for fig. 12, 13, 14, 22
8	750 kg
10	1150 kg
11	1700 kg
12	2250 kg
13	3000 kg
14	3700 kg
16	4600 kg
18	5650 kg
20	6700 kg
22	7800 kg
24	9000 kg
26	11800 kg

 

 

 

 

 

 

 

 

 

 

 

 

 

Load capacity loss of load slings during hot use

Rope end- Connections	Rope in- location	Temperature- area °C	Load capacity in %
Aluminum press clamp	Fiber Steel	-40 to +100 -40 to +150	100 100
Splice	Fiber Steel Steel Steel	-40 to +100 +150 to +200 +200 to +300 +300 to +400	100 90 75 65
Flemish eye	Fiber Steel Steel Steel	-40 to +100 +150 to +200 +200 to +300 +300 to +400	100 90 75 65

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Load sling from wire rope DoFlex

Reducing costs – with DoFlex load slings

Treat your slinger to these buttery soft ropes that can better handle low deflection radii

1. Specialmachart DoFlex S, 6 x 61 + FC, flexible
2. DoFlex K = cable sling type, flexible

 

 

 

 

Your benefits:

• the most flexible of all sling ropes hug the load perfectly
• High load-bearing capacity due to good cross-section utilization with DoFlex S
• super supple with DoFlex K
• Prevents problems with latches and bends

DoFlex S
Rope-name- diam. mm	Load capacity in kg Inclination angle 0°
13	1750
16	2700
20	4000
22	5000
24	6300
28	8000
31	10000
33	12000
40	17000

DoFlex K
Rope-name- diam. mm	Load capacity in kg Inclination angle 0°
24	3750
27	4750
30	6500
33	7500
36	9000
39	10500
42	12500
48	16000

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

DoAs sling ropes in economic comparison for rope types

The purchase price of standard sling ropes is 1, while the price of DoFlex “S” flexible sling ropes is 1.5 times higher, and the price of DoFlex “K” ropes is approx. 2.5 times higher. In terms of service life, DoFlex “S” ropes are superior to standard types by a factor of about 2, and cable lay ropes by a factor of 6.

The initial additional investment therefore pays off after a short time, in the diagram after the 3rd investment in a normal type rope.

 

 

 

 

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Load sling – DoPremium

The advantages of different sling rope types in one product:

• With the rope construction 6×61 IWRC you get a very flexible full steel rope, which is clearly superior in breaking load to a standard sling with fiber core.
• The selected wire strength of 1960 N/mm2 supports the requirement for a high breaking load.
• The “Flemish eye” compression fitting offers a robust steel clamp that is highly resistant to wear caused by abrasion.
• The conical shape of the crimp prevents the sling from catching when pushed through under the load.
• The sling ropes are manufactured completely in the European color code as known from lifting slings and round slings (DBGM).
• With the 3 dimensions in the easily distinguishable traffic light colors green, yellow and red and the load capacities from 2 to 5 t, the range of common transport tasks is covered.

Rope-name ø in mm	Load capacity with Inclination angle 0°
13	2000 kg
16	3000 kg
20	5000 kg

 

 

 

 

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The splice

Load slings with 2 spliced loops made of the felxible rope type 6×37 + FC in galvanized finish.

Lifting ropes with spliced loops according to DIN EN 13411-2 (formerly DIN 3089-1) are ideal for lifting operations where space is limited. They can be easily pulled under loads due to their narrow, conical shape. In contrast to the press clamp, the splice allows bending stresses at any point.

We also manufacture the splice with 3 hand protection variants to prevent hand injuries caused by protruding wires:

• wrapped with sturdy adhesive tape
• with heat shrink tubing
• with wire banding

Load sling with 2 spliced loops is available in the versions:

Rope-name ø in mm	Load capacity with Inclination angle 0°
08	2000 kg
10	3000 kg
11	5000 kg
12	1250 kg
13	1500 kg
14	1700 kg
16	2200 kg
18	2800 kg
20	3400 kg
22	4200 kg
24	5000 kg
26	5800 kg
28	6700 kg
32	8800 kg
36	11000 kg
40	13600 kg

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The implementation instructions for the splice as well as the requirements for the splicer and necessary tests are regulated by DIN EN 13411-2. Splice connections have the advantage that they are very flexible. For example, an unloaded spliced rope can be pulled out from under a load that is tight against a ship’s side. Of course, splices – as well as all other end connections – must not be kinked under load.

Splices are covered with ribbon braid or shrink tape to prevent hand injuries.