Zip Wire Cable Specifcation

Basic physics dictate that the longer the expanse, the stronger the cable needs to be to support the same weight. As the cable length increases the user weight decrease.

That is why there are different thicknesses of cables, from 3mm, 4mm, 6mm, 8mm, 10mm, and we can even provide 12mm or 14mm for distances over 80m in length.

These are the specs you should look for:

Diameter: 10mm - The size of the cable (not all 10mm is the same, indeed it is very unlikely you can buy "zip wire cable" of the shelf from most suppliers, check the spec below)
Class: 19x7 - Strand configuration, will the ride be bumpy, noisey and the trolley parts require replacing often?
Rotation Resistant: All Commercial Zip Wire Cables should be Rotation Resistant so it can keep tension during use.
Material: Gavanised - A protective coating to protecting rusting as the intended use is outdoors, not lift shafts etc.
Steel Grade: Extra Improved Plowed Steel (EIPS)
Core: Wire Strand Structure (WRC - same as outer strands) - Is the cable hollow with fibre inside rather than steel?
End1: Machined Thimble Eye - required at one end of cable.
End2: Fused & Tapered - stops the cable fraying, and allows easier threading being a tapered end. Unprofessional suppliers will just give cut ends which will become unmangable.


Watch out for amateur sellers or simply dishonest who try to sell the wrong equipment for zip wire use.

19x7 Galvanized Wire

19x7 10mm Cable

This is the cable that we sell and
 is required by all playground
specification trolleys.

Our cables are also finished with
a machined hard eye at one end to
enable fixing and fused & tapered
the other end to prevent fraying.

7x7 Galvanized Wire

7x19 10mm Cable

This is a cheaper, more common
cable type that is NOT suitable for
10mm trolleys as it is not smooth
enough.  The hexagonal configuration
will wear wheels, make unnecessary
noise and give a bumpy ride.

6x7 Galvanized Wire

Fibre Core 10mm Cable

Fibre Core is a complete no-no.
It uses a hidden fibre in the centre
core to reduce cost, but this makes
the cable act like a hose pipe.
You can not get correct tension.
The cable flattens when weight is
applied.  Not suitable at all.

If you are in doubt please call us before purchasing from any other source so we can explain what the difference is and how this will effect the running of an aerial runway system.

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