½ðÁ«Ö±²¥

Award-winning bridges

½ðÁ«Ö±²¥post-tensioning technology and construction techniques for bridges are founded on over seven decades’ experience of creating elegant yet practical infrastructure. ½ðÁ«Ö±²¥Network teams around the world have realized many ambitious and award-winning bridge projects for their clients.

Grudziadz Bridge (Poland) by ½ðÁ«Ö±²¥Network Member ½ðÁ«Ö±²¥Polska

Typical applications for ½ðÁ«Ö±²¥VT CONA CMI internal bonded post-tensioning technology include the prestressing of bridges and precast segmental construction. While ½ðÁ«Ö±²¥VT CONA CME external or CONA CMB band post-tensioning systems - placed outside of the cross-section and transferring the forces to the structure only at the anchorages and deviators - are commonly used for the repair and strengthening of existing bridges.

Seaford Railway Bridge (Australia) by ½ðÁ«Ö±²¥Network Member SRG Global

Advantages of using ½ðÁ«Ö±²¥PT technology include:

  • Ability to create complex bridge structures with demanding geometry, such as variable super-elevation & significant grade changes
  • Extremely long span bridges can be constructed without the use of temporary intermediate supports
  • Increased load-carrying capacity & reduced structural depths
  • ½ðÁ«Ö±²¥Network Members offer the right bridge construction equipment, knowledge and resources, plus technical support from design to final execution
  • Significant cost-savings can be achieved by choosing the right bridge construction technique. Read more here

Technologies used

Technologies used

Find out more about our technologies:
CONA CMI internal
CONA CME external
CONA CMB band

Technology used

Technology used

Read here more about our construction methods

½ðÁ«Ö±²¥VT CONA CMX

½ðÁ«Ö±²¥VT CONA CMX

A detailed overview of the extensive range of ½ðÁ«Ö±²¥post-tensioning systems.

See our Downloads page