Beal VOLCANO 10 mm Prusik

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SKU: H00232125
Regular price 449,00 NOK incl. VAT
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VOLCANO 10 mm Prusik

VOLCANO 10 mm Prusik is a pre-sewn prusik loop developed for arborists and climbers who have high demands for wear resistance and heat resistance. The special construction with 50% aramid and 50% polyester provides significantly better resistance to heat and friction than traditional prusik cords.

VOLCANO is particularly well suited for friction hitches such as Prusik, Machard, and other self-locking hitches. The aramid fibers withstand high heat generation from repeated loading and friction, which reduces the risk of melting and extends the lifespan compared to regular accessory cords.

Both ends are sewn with factory-made splices, providing a compact, strong, and ready-to-use solution without the need for tying.

We offer VOLCANO 10 mm in 70 cm and 90 cm, so you can choose the right length for your climbing system and desired friction hitch.

Features

  • Pre-sewn prusik loop in 10 mm
  • 50% aramid and 50% polyester
  • Very high resistance to heat and friction
  • Ideal for Prusik, Machard, and other friction hitches
  • Longer lifespan than traditional prusik cords
  • Pre-sewn ends for easy and secure installation
  • Ready to use straight out of the package
  • Available in 70 cm and 90 cm

Applications

  • Arborist climbing
  • Friction hitches
  • Rope work
  • Rescue and technical rope work
  • Climbing and rappelling

Technical specifications

  • Diameter: 10 mm
  • Lengths: 70 cm or 90 cm
  • Material: 50% aramid / 50% polyester
  • Ends: Factory-sewn
  • Application: Prusik, Machard, and other self-locking friction hitches
  • End marking with year of production, serial number, and length
  • Weight: 48g per meter
  • Standard EN 1891

Benefits of aramid

The aramid fibers in VOLCANO provide very high resistance to heat generation from friction. This makes the loop well suited for demanding use where regular prusik cords can be subjected to increased wear or melting. The result is a more durable prusik with stable performance over time.