Mooring line Black pearl polyester

Mooring and anchoring

Mooring lines

Size chart

Boat length (Ft)

25

35

40

45

50

65

82

100

115

132

Boat length (M)

8

10

12

14

16

20

25

30

35

40

Displacement (tons)

1

2

5

12

20

25

30

40

70

80

Ø mm

Nobl cord - Futuna

Polyamide

24

24

28

Futuna

Polyamide

10

12

14

16

18

20

22

24

Squareline, 8-strand,

Polyamide

10

12

14

16

18

20

22

24

26

28

3-Strand rope

Tracta polyester

10

12

14

16

18

20

22

24

26

28

Braided leaded rope

Nr 706

10

12

14

16

16

Black Pearl

12-Strand polyester

10-12

14

16

18

3-Strand rope

Polyamide TN

10

12

14

16

18

20

22

24

26

28

Polyester Flatline

Black, 16-plaits

10-12

14

16

18

THE VALUES SHOWN BELOW ARE INDICATIVE. TO BE CONFIRMED BY YOUR DISTRIBUTOR, RETAILER, ACCORDING TO THE SPECIFICATIONS OF YOUR BOATS. WHEN SETTING YOUR DOCK LINES (4 LINES IN DIFFERENT POSITIONS), WE RECOMMEND ENSURING THAT THERE ARE NO SHARP ELEMENTS OR VERY ABRASIVE SURFACES.

Be careful not to soak your dock lines with chemical products, gasoline or paint. Be careful, when setting up, to avoid twisting the dock lines excessively. Rinse off salt deposits regularly with fresh water. High-pressure washing is strongly advised against (there is a risk of abrasive elements penetrating the synthetic fibres).

Our high tenacity fibre ropes have good UV resistance, but it is advisable to limit sun exposure.

PLEASE NOTE

Given the significant elongation of ropes under high working loads, it is advised to keep away from the traction axis when the rope is under tension. In case of rupture, a rope can back-lash violently and cause significant injuries or material damage due to the energy developed.

Cousin Trestec accepts no responsibility in case of misuse of its products.

Raw material

Main characteristics of synthetic fibres

COUSIN Trestec uses the best materials available on the market to increase comfort, safety and performance: Polyamide and high tenacity polyester, Technora^®, Dyneema^®, Twaron^®, HMPE, Spectra^®, Vectran^® or PBO^®.

Polyamide 6 / 6.6/11 (PA)

Polyester (PES)

Polypropylene (PP)

Polyethylene High modulus (HMPE)

Liquid crystal polyester (LCP)

Aramid

PBO

Steel

Brands

Nylon

Dyneema^® Spectra^® Others

Vectran

Twaron^® Technora^® Kevlar^®

Zylon^®

Acids

Sensitive

Sensitive to high rate

No effect

No effect

Good resistance

Good resistance

Good resistance

Low resistance

Alkaline

No effect to low rate

Sensitive to high rate

No effect if low concentration

No effect

Very good resistance

Good resistance

Very good resistance

Low resistance

UV

Good resistance

Very good resistance

Low resistance

Very good resistance

Good resistance

Low resistance

Very low resistance

Very good resistance

Working temperature limit

°C approx.

140

170

80

70

200

350

500

650

Softening temperature

°C approx.

180

220

150

120

720

Fusion temperature

°C approx.

220 (PA) 6

260°

(Nylon) 6.6

260

170

150

330

Carbonises at around 500°C

Carbonises at around 650°C

1600

Density

1.14

1.38

0.91

0.97

1.39

1.44

1.56

7.86

Tenacity cN/Tex

60-80

60-85

55-65

320

240

195

400

20

Technical textile units:

Tex: number of g for 1000 m / dTex: number of g for 10.000 m / dTex / Nm (number metric) daN: 1.02 Kg