Description
The Stein ATOL Sewn Prusik Loop is a long-established component of many climbing kits. It remains widely used in both climbing and rigging tasks where simplicity and reliability are essential.
Moreover, this prusik loop is manufactured from STEIN ATOL accessory cord. The cord uses a hard-wearing 9.0 mm, 16-plait polyester braided cover over a polyester core. As a result, it delivers consistent handling and dependable strength during regular professional use.
In addition, the loop is fully CE certified in the UK under PPE Regulation (EU) 2016/425. Polyester accessory cords require rigorous inspection before, during, and after each climb. Therefore, routine checks are an important part of safe working practice when using this equipment.
Stein ATOL Sewn Prusik Loop – Key Features
- Sewn prusik loop construction
- Suitable for climbing and rigging applications
- Manufactured from STEIN ATOL accessory cord
- 9.0 mm diameter cord
- 16-plait polyester braided cover
- Polyester core construction
- Average break load of 2250 kg
- Fully CE certified in the UK
- Certified under PPE Regulation (EU) 2016/425
Specifications
- Product type: sewn prusik loop
- Cord diameter: 9.0 mm
- Cord construction: 16-plait polyester cover with polyester core
- Average break load: 2250 kg
- Certification: CE certified
- Regulation: PPE Regulation (EU) 2016/425
Why Choose the Stein ATOL Sewn Prusik Loop?
✅ Proven prusik loop design used across climbing and rigging tasks
✅ Durable polyester construction supports regular professional use
✅ Sewn termination delivers consistent loop performance
✅ CE certified under current PPE regulation
✅ Suitable for a wide range of climbing system setups
How to Use & Maintain
- First, inspect the prusik loop carefully before use.
- Next, confirm compatibility with the chosen climbing or rigging system.
- Then, monitor the loop during use for signs of wear.
- After use, carry out a further inspection.
- Store in a clean, dry location away from contaminants.
- Finally, remove from service if damage or degradation is found.