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Image of Acera, Eye-and-Eye Slings - High Performance slings -up to 728 ton

Acera, Eye-and-Eye Slings - High Performance slings -up to 728 ton

Acera Products Slings made from High Modulus Polyethylene (HMPE) have set new standards for lifting gear. The Acera™ slings are made from Acera™ Amundsen 12 strand ropes.

CONSTRUCTION
FIBER
SPECIFIC GRAVITY
COLOURS
UV RESISTANCE
ABRASION RESISTANCE
ALKALI RESISTANCE
MOST CHEMICALS RESISTANCE
COLD & FROST RESISTANCE
WATER RESISTANCE
HEAT RESISTANCE
ELONGATION
OIL CONTENT IN FIBER

 

12-strand plaited
Acera HMPE
HMPE cover 0,97 (floating)
Platinium
Excellent
Excellent
Excellent
Excellent
Excellent
Excellent (0% absorption)
Low (145-150 melting)
Low (2-3% at break)
>0,1%

ACERA

All Acera™ slings are produced in accordance with own technical file based on ISO 18264:2016 standard. The eyes are hand-spliced with our own positive locking tuck vari­ant, ensuring anti-slip under all circumstances. Acera™ slings are the alternative to cumbersome steel wires. They are stronger and safer. The corresponding weight is more than 7 times lower.

Compared to conventional fiber ropes, the resulting reduction in diameter leads to significant savings in weight (60%), space and handling. Acera™ slings provide a safer and more productive lifting operation. The light weight, ultra-strong Acera™ slings are available at a market competitive price and can be customized to suit numerous applications.

Key benefits:

  • Less risk to the crew.
  • Less injuries.
  • 1/7 ofweight steelwire ropes.
  • Easier handling.
  • Faster operation.
  • Less personnel needed.
  • Higher lifting capacity.
  • Less back injuries.
  • No contact damages.
  • No fraying or sharp edges.
  • Superior bending flex fatigue.
  • Easy to inspect and repair.

Acera™ Barentz has genuine safety properties and abrasion resistance, in addition to the standard Acera™ benefits: lightweight, ultra-strong and competitive pricing.

The availability of polyester covers, and high diameters make the ropes attractive in several applications:

  • Lifting
  • Offshore
  • Mooring
  • Towing

Item no.

Diameter mm.

MBL spliced (t)

MBL spliced /kN)

Work load Limit (WLL vertical and choker hitches SAFETY FACTOR 7:1 (Vertical (t))

Work load Limit (WLL vertical and choker hitches SAFETY FACTOR 7:1 (Vertical (kN))

AC-6-SLING

6

3,7

36

0,52

5,14

AC-8-SLING

8

6,3

62

0,90

8,86

AC-10-SLING

10

9,7

95

1,38

13,57

AC-12-SLING

12

13,8

135

1,97

19,29

AC-14-SLING

14

18,4

180

2,62

25,71

AC-16-SLING

16

23,5

230

3,35

32,86

AC-18-SLING

18

29,1

285

4,15

40,71

AC-20-SLING

20

34,7

340

4,95

48,57

AC-22-SLING

22

41,3

405

5,90

57,86

AC-24-SLING

24

47,9

470

6,85

67,14

AC-26-SLING

26

55,1

540

7,87

77,14

AC-28-SLING

28

62,7

615

8,96

87,86

AC-30-SLING

30

71,4

700

10,20

100

AC-32-SLING

32

79,5

780

11,36

111,43

AC-34-SLING

34

88,7

870

12,67

124,29

AC-36-SLING

36

98,4

965

14,06

137,86

AC-38-SLING

38

108,1

1060

15,44

151,43

AC-40-SLING

40

117,8

1155

16,83

165

AC-44-SLING

44

140,2

1375

20,03

196,43

AC-48-SLING

48

163,2

1600

23,31

228,57

AC-52-SLING

52

187,6

1840

26,80

262,86

AC-56-SLING

56

213,6

2095

30,52

299,29

AC-60-SLING

60

241,7

2370

34,52

338,57

AC-64-SLING

64

270,7

2655

38,68

379,29

AC-68-SLING

68

301,3

2955

43,05

422,14

AC-72-SLING

72

333,4

3270

47,64

467,14

AC-76-SLING

76

367,1

3600

52,44

514,29

AC-80-SLING

80

401,8

3940

57,40

562,86

AC-84-SLING

84

438

4295

62,57

613,57

AC-88-SLING

88

475,2

4660

67,88

665,71

AC-92-SLING

92

514,3

5044

74,48

720,57

AC-96-SLING

96

554,2

5435

79,17

776,43

AC-100-SLING

100

596

5845

85,15

835

AC-102-SLING

102

617,1

6052

88,16

864,57

AC-104-SLING

104

638,9

6265

91,27

895

AC-108-SLING

108

682,7

6695

97,53

956,43

AC-112-SLING

112

728,1

7140

104,01

1020

Nominal diameter as per definition in ISO 1968. Minimum strength defined as MBF/ M BL (Minimum Breaking Force, minimum breakload) of spliced application, and measured in kilogram force/kp, tested according to ISO 2307 and verified by DNV GL. Work Load Limits ( WLL ) is measured in metric tons and kilonewtons based on a safety factor 7:1, as defined by the Machinery Directive 2006/42/EC.

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