AQUARAM 9.6 MM
  • AQUARAM 9.6 MM
  • AQUARAM 9.6 MM
  • AQUARAM 9.6 MM

Réf. BCSC096

AQUARAM 9.6 MM

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

Last items in stock

€213.56 (tax incl.)

Bordure

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
Bordure
highly abrasion resistant
aramid sheath
Mise en avant produit
stays supple
Bordure

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
RESCUE ORANGE 10.5MM
€578.41 (tax incl.)
Indisponible

This bright orange type B semi-static rope is designed for rescue operations.

BONSAI 13MM
€881.98 (tax incl.)
Indisponible
The versatile 13mm rope with an excellent flexibility/strength ratio for your pruning and tree...
SPELENIUM 9MM À partir de
€402.28 (tax incl.)
Indisponible
A 9mm rope offering the perfect balance between flexibility and abrasion resistance to meet your...
RAIDER
  • Out-of-Stock
RAIDER
€1,231.68 (tax incl.)
Indisponible
PRO WATER 11MM À partir de
€915.24 (tax incl.)
Indisponible
A floating type A semi-static rope for work over water.
GINKGO 12MM À partir de
€983.60 (tax incl.)
Indisponible
The new generation rope, even more manageable and flexible than our famous BAOBAB.
INTERVENTION IR 11MM À partir de
€1,670.27 (tax incl.)
Indisponible
A high performance semi-static rope that is invisible when using night vision goggles for...
RESCUE VLS 11.3MM À partir de
€629.45 (tax incl.)
Indisponible
Une corde de secours particulièrement efficace grâce à son très faible allongement. A...