A major infrastructure contractor in Germany was constructing the 1,500-meter Rader High Bridge replacement over the Kiel Canal—a steel composite structure requiring extensive in-situ concrete work for foundations, abutments, and 40-meter-high pier shafts . They faced three critical challenges:
Complex pier geometries — 13 "standard piers" ranging from 21 to 41 meters in height, each cycle requiring dramatically different formwork dimensions
High concrete pressure — tall pier pours generated up to 100 kN/m² lateral pressure, exceeding most formwork systems' capacity
Safety at height — working at significant heights demanded completely enclosed, stable working platforms
They needed a formwork system with extreme load capacity, durability for 200+ uses, and adaptability to varied pier geometries.
The project deployed high-capacity steel formwork systems across multiple applications:
SCF 60 self-climbing steel formwork for the 44-meter pier shafts — hydraulically climbing with fully enclosed working platforms
Custom 3D-curved steel formwork boxes for geometrically complex pier heads
MANTO and RASTO steel panel formwork for foundations and abutments
Key technical advantages:
Load capacity up to 100 kN/m² — withstands full hydrostatic concrete pressure
200–300 reuse cycles — industrialized steel formwork far outlasts timber alternatives
Hot-dip galvanized finish — corrosion resistance for long-term durability
Crane-operated climbing system — safe access and formwork repositioning at height
| Metric | Result |
| Reuse cycles achieved | 200+ pours across multiple piers |
| Concrete pressure capacity | Up to 100 kN/m² |
| Pier shaft heights | 21–44 meters (climbing system) |
| Safety | Fully enclosed platforms at height |
Outcome: The construction management team confirmed: "All formwork systems met our expectations. They are efficient, easy to handle, and offer a high level of site safety. Everything fit!"
For bridge piers, high-rise cores, and heavy civil works:
Highest load capacity — 100 kN/m² max concrete pressure
200–300 reuse cycles — lowest cost-per-use over project lifecycle
Climbing formwork compatible — safe work at height
Ready to power your next infrastructure project?
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