Apex Series
Apex-12
Size-for-size stronger than steel wire rope, and it floats.
- Max MBS
- 268,000 lb
- Diameters
- 1/4" – 1-1/2"
Transmission work puts rope alongside energised conductors and under sustained tension holding structures in place. Both demand dielectric behaviour and dimensional stability. Neither tolerates a rope that gets longer.
What actually governs the spec
Dielectric performance when dry and clean, plus creep resistance under sustained tension. A guy that elongates is a structure that moves.
A pulling line that builds twist puts it into the conductor. Torque-free 12-strand and plaited constructions displaced laid rope for exactly that reason.
A guy that will never be re-tensioned needs LCP's near-zero creep. Polyester works at lower loads. Standard HMPE does not, whatever its break strength.
Synthetic pulling line at an eighth the weight of steel changes what a two-person crew rigs in a day, with none of steel's stored energy.
Typical design factor
5:1 for pulling operations; higher for permanent guying per structural design
A starting point, not a specification. The governing standard, the consequence of failure and the inspection regime all move this number.
Documentation supplied
Ordered by how often we recommend them for this sector — not by price.
Apex Series
Size-for-size stronger than steel wire rope, and it floats.
Datum Series
Zero creep. When the length must be the same in ten years.
Vector Series
Lowest elongation we make. A rope that behaves like a strut.
Thermion Series
200 °C continuous service, and effectively zero creep.