EDELRID Dyneema Sling 11 mm II oasis climbing tape (739210601380)

The EDELRID Dyneema Sling 11 mm II oasis climbing tape has been designed for the most demanding alpine and climbing applications. The construction uses advanced materials and technologies that ensure the highest strength and reliability when used on rock faces and walls.

Advanced Bio-Based Dyneema® Technology

The EDELRID Dyneema Sling 11 mm II model utilises bio-based Dyneema® fibre, which guarantees exceptional resistance to stretching, abrasion, and extreme loads. Thanks to this technology, the tape maintains high strength with minimal weight, which is crucial during belaying and setting up anchors. The use of ultra-high molecular weight bio-polyethylene enhances safety even in the most challenging conditions.

Responsible Material Sourcing

The production of the EDELRID Dyneema Sling 11 mm II model employs materials sourced from responsible suppliers, which minimises negative environmental impacts. The production process has been optimised for sustainability, supporting the idea of eco-friendly climbing. Fair Wear certification and compliance with the EN 566 standard confirm the high ethical and technical standards of the product.

Compliance and Safety

The climbing tape meets the rigorous requirements of the EN 566 standard, demonstrating its suitability for alpine and climbing applications. The Fair Wear certificate confirms social responsibility at every stage of production. The combination of these features makes this model trustworthy among professionals and mountain activity enthusiasts.

EDELRID Dyneema Sling 11 mm II oasis - Features:

• Advanced construction with bio-based Dyneema® fibre;
• High resistance to stretching and abrasion with minimal weight;
• Material sourced from responsible, controlled sources;
• Compliance with EN 566 standards for climbing applications;
• Fair Wear certification confirming ethical production;
• Optimal choice for building anchors and belaying;
• Environmentally friendly solution supporting sustainable climbing;
• Exceptional strength to static and dynamic forces;
• Ultra-high molecular weight bio-polyethylene technology;
• Appropriate flexibility of construction increasing user comfort.