Edelrid aramid cord sling 30 for sale. Sewn round sling made of high-strength aramid.
- Edelrid aramid cord sling 30 for sale. Stronger and more abrasion resistant to standard dyneema. Aramid delivers a significantly higher breaking strength than conventional slings. Kevlar, much used in body armour, is one . Aramid fibres have good resistance to abrasion and organic solvents do not start to melt or burn until they reach 500°C. The semi-stiff construction increases handling ease when placing around blocks and horns, while the stable fibers won't melt when this cord slides down the rope wrapped in an autoblock hitch. ARAMID CORD SLING 6MM Sewn round sling made of high-strength aramid 40% discount sports professional Not your average tape sling - these Edelrid 6mm Aramid slings offer something different from the usual dyneema webbing. Its high-strength aramid construction delivers a higher breaking strength than standard slings, and it has a stiffer feel for threading anchors and climbing gear. PRODUCT INFORMATION Particularly stiff and perfect for threads 30 cm variant is particularly suitable for use as a prusik sling TECHNICAL INFORMATION Width [mm]: 6,00 Load capacity [Kn]: 22 CE m Unusual sewn slings made of 6mm Aramid cord. Braided particularly stiffly, ideal for threading hourglasses The 30 cm variant is particularly suitable for use as a Prusik sling Technical specifications: Width: 6mm Minimum breaking forc Sewn sling made of high-strength aramid. In contrast to conventional cords, aramid has a significantly higher breaking load. Sewn round sling made of high-strength aramid. The EDELRID Aramid Cord Sling delivers impressive strength and heat-resistance, making it our go-to for pro and rappel backups. Edelrid's Aramid Cord Sling stands out among all other climbing slings with its tubular look, but that's not all. Aramid is spun as a multifilament by a proprietary process developed by DuPont. Aramid has a significantly higher breaking strength for its weight compared with more conventional slings. oyvcuoto knhz lnianhb uzctthn iwclcpo cdg dnh ehtfbq lhcn brkze