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Cordes travaus en hauteur Béal

Ropes & accessories
Work at height

 
 
ANTIPODES
ANTIPODES 9 mm
Semi-static type B rope, ultra light but requiring greater attention during use.
  ANTIPODES 10 mm
The lightest of the ropes having a margin of security suffi cient for use for work

ANTIPODES 10,5 m
Extra mass and strength - the standard for work at height.


ANTIPODES 11 et 11,5 mm
Great reserves of strength and abrasion resistance for the hardest application

 
11 mm
INDUSTRIE
 
This rope is specially adapted to the needs of the constuction industry.

 

HD ROPES

DUREE 20 mn


Télécharger la vidéo (MP4 - 57 Mo)

 
10,5 mm
TOP WORK
 
Rope particularly resistant to wear due to a much increased percentage of sheath.

 

 


 
11 mm
NORTH SEA
 
Specially developed in conjunction with a major oil producing company for use on oil rigs in hostile conditions.

 

 


 
10,5 mm
CONTRACT
 
Type A ropes with the best balance of quality/price.

 

 

ACCESS 10.5 mm
Thanks to the Uni Core process, Access type ropes now offer a new level of safety. Uni core Process series ropes 10.5mm allows for greater safety when working in dangerous environments while remaining very user friendly.
Type A
ACCESS 11 mm

Thanks to the Uni Core process, Access type ropes now offer a new level of safety. Uni core Process series ropes 11mm allows for greater safety when working in dangerous environments while remaining very user friendly.
Type A

 

   

11 mm  
HOTLINE
 

Semi-static rope which allows access to areas with raised temperatures or in the presence of certain chemical products. The aramide part of the rope’s sheath can withstand limited exposure at up to 300°C. Its strength of 820kg may give residual security should the polyamide content melt. Its strength deteriorates rapidly above 500°C..

RELATIONSHIP BETWEEN THE TIME OF EXPOSURE TO HIGH TEMPERATURE AND THE RESIDUAL STRENGTH OF THE ARAMIDE

CHEMICAL RESISTANCE OF ARAMIDE FILAMENT
(ambient conditions)
Exposure for 100h at 21°C Tenacity
loss in %
ACIDS  
formic 90%
10%
hydochloric 37%
90%
hydrofluoric 10%
12%
nitric 70%
82%
sulphuric 70%

100%

BASES
ammonia - 24 h
0%
Potassium - 24 h
25%
Sodium - 24 h
10%

OTHER
CHIMICAL
PRODUCTS

brake fluid 312 h
2%
Grease (base MoS and Lithium)
0%
Kerosene (JP-4) 300 h
0%
Ozone - 1000 h
0%
Tap water
0%
Boiling water
0%
Superheated water  156°C - 80 h
16%

ANTIPODES
 
9 mm
10 mm
10,5 mm
Type of rope 
Diameter  
Breaking load  
Strength with figure 8 knot  
Strength with figure 9 knot  
Strength with sewn terminations  
Number of factor 1 falls  
Impact Force - Factor 0,3  
Elongation 50/150KG  
Sheath slippage  
Weight per metter  
Sheath percentage  
Core percentage  
Shrinkage in water  
Material  
B
9 mm
1900 daN (kg)
1350 daN (kg)
1600 daN (kg)
-
8 (80 kg)
4.00 kN
3,6 %
0,3 %
51 g
43 %
57 %
4 %
Polyamid (PA)
A
10 mm
2400 daN (kg)
1700 daN (kg)
1800 daN (kg)
2000 daN (Kg)
6 (100 kg)
4.30 kN
4,4 %
0 %
62 g
43 %
57 %
4 %
Polyamid (PA)
A
10,5 mm
2700 daN (kg)
1950 daN (kg)
2100 daN (kg)
2400 daN (kg)
16 (100 kg)
5.10 kN
3,0 %
0,8 %
65 g
38 %
62 %
5 %
Polyamid (PA)

ANTIPODES
 
11 mm
11,5 mm
Type of rope 
Diameter  
Breaking load  
Strength with figure 8 knot  
Strength with figure 9 knot  
Strength with sewn terminations  
Number of factor 1 falls  
Impact Force - Factor 0,3  
Elongation 50/150KG  
Sheath slippage  
Weight per metter  
Sheath percentage  
Core percentage  
Shrinkage in water  
Material  
A
11 mm
3000 daN (kg)
2100 daN (kg)
2200 daN (kg)
2400 daN (kg)
20 (100 kg)
5.10 kN
2,8 %
0,8 %
73 g
36 %
64 %
4 %
Polyamid (PA)
A
11,5 mm
3200 daN (kg)
2300 daN (kg)
2400 daN (kg)
2600 daN (kg)
> 20 (100 kg)
5.30 kN
2,6 %
0,5 %
78 g
38 %
62 %
5 %
Polyamid (PA)

PERFORMANCE
Indusrie
11 mm
Top work
10,5 mm
North Sea
11 mm
Contract
10,5 mm
Access
10.5 mm
Access
11 mm
Type of rope 
Diameter  
Breaking load  
Strength with figure 8 knot  
Strength with figure 9 knot  
Strength with sewn terminations  
Number of factor 1 falls  
Impact Force - Factor 0,3  
Elongation 50/150KG  
Sheath slippage  
Weight per metter  
Sheath percentage  
Core percentage  
Shrinkage in water  
Material  
A
11 mm
3000 daN (kg)
2100 daN (kg)
2200 daN (kg)
2400 daN (kg)
20 (100 kg)
5.10 kN
2,8 %
0,8 %
73 g
36 %
64 %
4 %
Polyamid (PA)
A
10,5 mm
2600 daN (kg)
1900 daN (kg)
2000 daN (kg)
-
15 (100 kg)
4.60 kN
4,8 %
0,3 %
64 g
44 %
56 %
3,5 %
Polyamid (PA)
A
11 mm
3000 daN (kg)
1900 daN (kg)
2000 daN (kg)
-
> 20 (100 kg)
5.10 kN
4,0 %
0,9 %
75 g
44 %
56 %
3 %
Polyamid (PA)
A
10,5 mm
2500 daN (kg)
1750 daN (kg)
2000 daN (kg)
-
12 (100 kg)
5.60 kN
3,0 %
0 mm
68 g
36 %
64 %
4 %
Polyamid (PA)
A
10,5 mm
2700 daN (kg)
1950 daN (kg)
2100 daN (kg)
2400 daN (kg)
16 (100 kg)
5.10 kN
3,0 %
0 %
65 g
38 %
62 %
2.5 %
Polyamid (PA)
A
11 mm
3000 daN (kg)
2100 daN (kg)
2200 daN (kg)
2400 daN (kg)
20 (100 kg)
5.10 kN
2,8 %
0 %
73 g
36 %
64 %
2 %
Polyamid (PA)

PERFORMANCE
Hotline
11 mm
Type of rope
Diameter
Breaking load
Strength with figure 8 knot
Number of factor 1 falls
Impact Force - Factor 0,3
Elongation 50/150KG
Sheath slippage
Weight per metter
Sheath percentage
Core percentage
Shrinkage in water
Sheath material
Material core
Temperature maximum for extended use
T° at which the aramide decomposes
Melting point of the polyamide core
Strength of aramide core sheath
A
11 mm
2500 daN (kg)
1900 daN (kg)
15 (100 kg)
5.60 kN
3,1 %
0 %
79 g
42 %
58 %
3,3 %
Polyamid (PA)
Polyamid (PA)
/Aramid (PPTA)
180 °C
500 °C
230 °C
820 kg

 
Protector
A rope may wear extremely rapidly over an abrasive edge. To protect it, use the Protector, an ultra tough rope protector made with two layers of coated material. - Length: 70 cm - Weight: 150 g


HD Protector

Video
Work at height.
Training video to learn how to deploy your rope at the worksite, how to look after it, and to control its use.
Length: 20 mn  VHS PAL/SECAM/NTSC

 

Transport bag “Combi pro”
Equipped with a double opening and made from coated ripstop material, perfectly designed for carrying personal gear.
- Volume: 30 l
- Dimensions: 70x25 cm
- Weight: 750 g


HD Combi

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