The Composite Bridge Formwork Carriage MK is a flexible and efficient formwork system, focused mainly on the construction of metal bridges and partially precast bridges where concreting the bridge deck flanges is necessary.
General components:
- Main structure that receives the concrete pouring loads
- Bracing to counteract the effects of wind and transverse movements
- Formwork that is in contact with the concrete: ENKOFORM HMK
- The assembly is supported on a beam serving as rail, which moves onto the rolling components arranged along the entire bridge
- The size and design varies depending on the cantilever of the bridge flanges. Lightweight flange formwork carriages can be configured for the construction of small deck flanges or heavy carriages for the construction of large deck flanges
- Safety and access components: working platforms, safety handrails, etc., depending on the requirements of each project
- Repeatability of operations. Quick work cycles. Weekly cycles of 15-20 linear meters
- Working mainly on the bridge deck
- Pre-assembly of sets on the ground
- It can be used for steel and concrete bridge decks
- The lower deck flange form carrier does not occupy space on top of the bridge deck, which can thus be used for other works
During the construction of the A1 highway connecting Vilnius, Kaunas, and Klaipėda, a bridge was built that will significantly improve local and long-distance transportation. During the construction, the MK system turned out to be perfect, which was the basis of the structure, among other things, to build carts or trusses.
The D4R7-Bratislava project in Slovakia includes the construction of 27 km of the D4 Motorway and 32 km of the R7 Expressway, as well as 14 intersections, and more than 100 bridges, including the sizeable Danube Bridge.
In the face of both precipitous terrain and strict requirements for railway construction, we relied on the flexibility and versatility of our formwork systems to meet the challenges presented.
Extremely versatile beam formwork for different horizontal concrete structures. Excellent fit to the shape of sections.