D2 CLUB 11mm S/WHITE 200m R

Numéro d'article DF3160
D2 Club has been developed to provide an upgrade to polyester sheets and halyards offering the benefit of reduced weight and reduced elongation thanks to the light weight Dyneema® SK75 blended core. Due to the ropes equivalent strength and diameter to typical polyester braids, it can be simply subst

Description

D2 Club has been developed to provide an upgrade to polyester sheets and halyards offering the benefit of reduced weight and reduced elongation thanks to the light weight Dyneema® SK75 blended core. Due to the ropes equivalent strength and diameter to typical polyester braids, it can be simply substituted without the complexity and expense of having to modify or change deck equipment like clutches and winches. The coated core provides extra durability and ease for splicing.

Spécifications

Description
D2 CLUB 11mm S/WHITE 200m R
Colour
WHITE
Diameter
11 mm
Material type
Dyneema SK75/Polypropylene/Polyester
Average break load
4,240 KG
Minimum break load
3820 KG

D2 CLUB 11mm S/WHITE 200m R

Numéro d'article DF3160
D2 Club has been developed to provide an upgrade to polyester sheets and halyards offering the benefit of reduced weight and reduced elongation thanks to the light weight Dyneema® SK75 blended core. Due to the ropes equivalent strength and diameter to typical polyester braids, it can be simply subst

Spécifications

Description
D2 CLUB 11mm S/WHITE 200m R
Colour
WHITE
Diameter
11 mm
Material type
Dyneema SK75/Polypropylene/Polyester
Average break load
4,240 KG
Minimum break load
3820 KG

Description

D2 Club has been developed to provide an upgrade to polyester sheets and halyards offering the benefit of reduced weight and reduced elongation thanks to the light weight Dyneema® SK75 blended core. Due to the ropes equivalent strength and diameter to typical polyester braids, it can be simply substituted without the complexity and expense of having to modify or change deck equipment like clutches and winches. The coated core provides extra durability and ease for splicing.