Liros MAGIC XTR

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Product No.: 91500-91795 MPN:01513

 
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product description

Liros MAGIC XTR - is optimal for use on skiffs and multihulls. Very grippy and extremely durable cover with the best cut and abrasion resistance. Perfect in cleats. The line for professionals with six times the abrasion resistance compared to polyester.

  • Working stretch: < 1%
  • Grip factor: 9 out of 10
  • Removal of the cover for best performance possible
  • Highest abrasion resistance due to material mix in the cover
  • Best core-cover connection
  • Very low stretch and highest break load
  • Material cover: Technora®/Dyneema® Mix
  • Material core: Dyneema® SK78 with Liros XTR-Grip-Coating
  • Construction: ø4mm – ø5mm: 16x braided, ø 6mm: 24x braided
  • Liros HSS - Heat Stretch System
  • Bio-Based Dyneema®

DiameterBreaking loadWorking stretchWeightConstructionColorsLengths
ø 4 mm620 daN< 1 %13 g/m16x braidedWhite-Yellow; White-BlackSold by the meter; 100m spool
ø 5 mm1400 daN< 1 %15 g/m16x braidedWhite-Yellow; White-BlackSold by the meter; 100m spool
ø 6 mm1800 daN< 1 %25 g/m24x braidedWhite-Yellow; White-BlackSold by the meter; 100m spool

Note on how to order "by the metre"

If you order "by the metre" please type the total required length in the field "Quantity". For example: If you need 14 m of rope, please type "14" as the quantity and you will receive 14 metres rope in one piece. At your request we can cut the rope (up to 5 cuts per order are free). You can write your requirements with regard to cutting and length dimensions by typing in the field "Notes to my order". Please take into consideration that cuts can never be „mm-exact“ and there might be length difference of ±2% with the ordered length.

Liros HSS - Heat Stretch System - pre-stretch system uses exact heat treatment to guarantee the highest accuracy in any application.

Bio-based Dyneema® fiber is the world’s first-ever bio-based HMPE fiber. Based on renewable feedstock, it offers our customers a sustainable solution for their products – without compromising process efficiency or final product performance.