Cuerda Eco Dry 9.5 Crag: ¡Escalada Segura y Duradera! La mejor cuerda para tus aventuras.

Cuerda Crag Eco Dry 9.5: ¡Escala con seguridad y estilo! La mejor amiga del escalador, resistente y ecológica, ¡tu aventura te espera!

¡Déjate llevar por la magia! Esta joya te susurrará secretos, te abrazará con su encanto y te transportará a un universo de sensaciones. Siente la energía, admira la belleza, y prepárate para una aventura inolvidable. ¿Listo para descubrirlo? ¡No esperes más!

€173.98 €347.96

Cantidad:

Descripción

This single rope combines a smaller diameter, lower weight, and abrasion-resistant PFC-free Eco Dry treatment for maximum cragging performance. Built for long-lasting effectiveness, this treatment repels water and dirt while exceeding the UIAA safety standard, achieving <1.5% in water absorption tests. Whether you're working out the crux moves or going for the onsight, the 9.5 Crag Eco Dry Rope is our first choice for single-pitch climbs.

Lasting effectiveness in repelling water and dirt according to UIAA for maximum safety in the toughest conditions
Achieves < 1.5% in UIAA water absorption tests
Optimized abrasion resistance thanks to Dry finishing
Ready to climb: the rope comes tangle-free and does not need to be uncoiled before first use
Abraision-resistant center mark
Abrasion-resistant PFC-free Eco Dry treatment
Hardware Main Fabric: 100% Polyamide

Technologies

Mammut Eco Dry Technology
UIAA Water Repellent: Lower water absorption and increased abrasion resistance improve safety. Our UIAA Dry treatment reduces water absorption to less than 1.5% of the rope weight.
bluesign® Product: The bluesign® SYSTEM is a solution for sustainable textile production that eliminates the use of harmful substances. bluesign® PRODUCTS guarantee a responsible use of resources with a minimum impact on people and the environment.
PFC-free DWR: Perfluorinated compounds (PFCs) are often used for waterproofing but are practically non-biodegradable. Mammut is committed to replacing non-biodegradable fabric treatments with more sustainable high-performance alternatives.