Réf. BCSC096

AQUARAM 9.6 MM

The 9.6mm low stretch type B rope with 80% Technora composition, for intensive use in canyoneering.

In Stock

€177.97 (tax incl.)

Border

A high-technology rope for deep canyons.

AQUARAM 9.6MM is a low stretch type B rope that offers its user good suppleness for a pleasant comfort of use. It has been specifically designed for intensive use in canyoneering. Its sheath is made of over 80% Technora (aramid), a material that gives the rope a high resistance to traction, wear and heat. It is also worth knowing that this rope has limited water shrinkage and offers high durability.
A high-technology rope for deep canyons. Mask
Border
highly abrasion resistant
aramid sheath
Highlighted product
stays supple
Border

Our eco-responsible commitments

100% recyclable dynamic rope
100% recyclable dynamic rope
A purchased dynamic rope = a planted tree
A purchased dynamic rope = a planted tree
Read more
INTERVENTION IR 11MM From
€1,391.89 (tax incl.)
Out of stock
A high performance semi-static rope that is invisible when using night vision goggles for...
AQUARAM 9.6 MM From
€177.97 (tax incl.)
Out of stock
The 9.6mm low stretch type B rope with 80% Technora composition, for intensive use in canyoneering.
INDUSTRIE 10.5MM From
€346.66 (tax incl.)
Out of stock
With its 10.5mm diameter and its unfailing robustness, it is the longstanding benchmark rope for...
INDUSTRIE 11.5MM From
€125.93 (tax incl.)
Out of stock
With its 11.5mm diameter and its unfailing robustness, it is the longstanding benchmark rope for...
CONTRACT 10.5MM From
€281.74 (tax incl.)
Out of stock
The best value type A rope.
SPELENIUM 10MM From
€399.59 (tax incl.)
Out of stock
A 10mm rope offering the perfect balance between flexibility and abrasion resistance to meet your...
RAIDER 11MM From
€1,417.67 (tax incl.)
Out of stock
A 11mm type B semi-static rope designed to withstand a high heat source for a long time. Sold in...
RESCUE VLS 11.3MM From
€524.54 (tax incl.)
Out of stock
Une corde de secours particulièrement efficace grâce à son très faible allongement. A...