logo
banner
Solutions Details
Created with Pixso. Home Created with Pixso. solutions Created with Pixso.

EN Standard Steel Formwork System for International Construction Project

EN Standard Steel Formwork System for International Construction Project

2026-07-08

Case Study: Steel Formwork System Delivered 200+ Reuses on German Bridge Project

01. The Challenge

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.

02. The Solution: Steel Formwork System

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 

03. Measured Results

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!" 

04. Why Steel Formwork for Infrastructure?

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?


latest company case about EN Standard Steel Formwork System for International Construction Project

[Contact us for a free engineered steel formwork design and quote]