The Balanced Cantilever Formwork Carriage CVS is a formwork system for the construction of cantilevered bridge decks. It is ideal for the construction of bridge decks and bridge arches with large spans or where the ground shoring is complex.
It is remarkably flexible (adapts to any geometry and dimensions of segments) and lightweight (optimises resources for movement: assembly crane, movement of formwork, etc.)
- Optimised for bridging spans of up to 200 m between piers. Ideal for easily bridging rivers, road intersections, areas where railways and roads converge at the same time, etc.
- Recommended solution when pier height exceeds 50 m
- Total safety:
- Ground level pre-assembly
- Operations are concentrated in a small area on the deck without needing to stop traffic
- Working platforms: for safe work and access to all working zones
- Complete lower safety to avoid objects falling from the formwork carriage
- Flexible high performance system. As well as having a large load-bearing capacity, it adapts to different types of bridge deck sections
- Based on the MK system, offering a comprehensive carriage and formwork solution with a small number of standard items. This represents a cost saving in a field where solutions are specific
- The carriage as well as the formwork are optimised for each solution
- Hydraulic system for levelling and forward movement of the CVS carriage, reducing the labour force needed and construction times
The new bridge over the Dunajec River is part of the construction of the link between the A4 motorway in Wierzchosławice and the SAG industrial area in Tarnów, Poland.
On the Cuiabá River in Brazil, construction is underway on a new bridge in balanced cantilever method that will link the Parque do Lago in Várzea Grande with the Atalaia Park in Brazil.
The new ES-60 Viaduct, which forms part of the Slupsk - Gdansk portion of the S6 Expressway in Poland, will considerably reduce travel time between these two cities and thus reduce the flow of traffic on local roads.
Extremely versatile beam formwork for different horizontal concrete structures. Excellent fit to the shape of sections.