PRIUM 10.5 mm – Semi-static rope
The Prium uses a polyester sheath for low elongation and increased resistance to the effects of humidity, dirt and dust.
The super strong polyamide core combines with the 32 carrier sheath for good handling and twisted yarns for a very high level of abrasion resistance.
The suppleness of the Prium 10.5 mm makes it a great choice for use with ascenders and descenders.
New | Ref. | Product name | Length | Weight | Weight | Static strength | Static strength w/ figure 8 knot | No. of factor 1 falls (100 kg) | Fall factor 0.3 impact force | Static elongation | Sheath Slippage | Sheath | Core | Shrinkage in water | Material | Type | |
kN | kN | kN | 50/150 kg (%) | mm | % | % | % | EN 1891 | |||||||||
2815 | PRIUM 10.5 mm | 200 m | 74 g/m | 2.6 oz/m | 31 | 17,8 | 13 | 5,9 | 1,8 | 0 | 37 | 63 | 2,5 | Polyamide 6 / Polyester | • | A |
Related Products
-
IRIDIUM 10.5 mm WITH LOOPS – Semi-static rope
Iridium 10.5 mm semi-static rope cut to length and terminated with fixed loops with stitching rated to 22 kN at both ends. Loops and stitching are covered with plastic protectors
-
IRIDIUM 12.5 mm – Semi-static rope
• Type A semi-static line Our strongest semi-static rope. Features a compact core and a 40 carrier sheath with twisted yarns to give the Iridium 12.5 mm a very high breaking strength and the ability to resist to a very high number of falls.
-
IRIDIUM 9 mm – Semi-static rope
Type B semi-static rope designed for technical activities where lightweight and minimal dimensions are a must. The small diameter is balanced with a compact sheath construction of 40 carriers and twisted yarns for increased abrasion resistance.
-
FRAZEN 12.2 mm – Semi-static rope
A new generation of semi-static rope specifically designed for tree climbing activities. The innovative braided core and the robust 16 carrier sheath give the Frazen 12.2 mm exceptional features of high strength, low elongation, and supple handling. The 100% polyester structure reduces the effects of humidity, dirt and dust. Available in different lengths with a revolutionary kind of spliced termination that makes the loop compact enough to pass through mechanical Prusik devices.