Producer of
Lightweight synthetic
cables
Made from
Aramid, Dyneema,
Carbon and PBO
100% Green
produced with
solar power only!
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STRUCTURAL

Cable supported structures are well used in modern architecture; not only can cables offer very attractive design possibilities, but cables also offer possibilities that are unable to achieve with steel or concrete. Cable structures are light and elegant. Whether bridges, roof structures, towers or an observation wheel; each construction demands high standards regarding dimensional accuracy, design, production and erection. The know-how of FibreMax with respect to cable constructions, characteristics, cable behaviour, end fittings, dimensions and tolerances as well as our experience, helps engineers and designers in the planning and designing of cable supported structures.

Cable-stayed bridges or suspension bridges are especially economical for medium to long-span bridges from 100 to 3500 meters. For smaller bridges, like footbridges, a cable stayed solution might be the choice just for weight reduction or aesthetical reasons. FibreMax lightweight precision cables are the right choice for the cables.

Also towers for telecommunication or antennas can be stabilized using FibreMax lightweight precision cables; ease of handling, non corrosive properties and the lack of electrical conduction make them ideal for these applications.

FibreMax can provide the bridge engineering or structural engineering industry with cables that suit their most demanding requests. The choice of FibreMax lightweight precision cables for these applications is based on the following characteristics:

  • 80 to 90% lower weight than steel wire *).
  • 10% lower diameters than steel wire *).
  • No construction stretch.
  • Exact lengths; length tolerance
  • Lifespan up to 40 years  (depending on usage).
  • Maintenance free.
  • No electrical conduction.
  • Higher natural frequency.
  • Ease of handling.

(*) When compared at the same break load).

Cables produced by FibreMax are available in any diameter and length. The increased strength and significant weight reduction over traditional material as steel offer many advantages in easier handling, safer and faster operations and downsizing of constructions.

Examples for typical FibreMax applications are:

  • Cable-stayed bridges.
  • Suspension bridges.
  • Tied arch bridges.
  • Cable stayed roof structures.
  • Office buildings, airport terminals or other modern art structures.
  • Observation wheels.
  • Guyed towers and antennas.
  • Tension members.
  • Stationary cables for skilifts.