Reusable Lightweight Steel Bridge Deck Forms per Eurocode & AASHTO Seismic
Product Positioning:Specially designed for cast-in-place concrete bridge deck panels, offering reusable or stay-in-place steel formwork systems. It covers three main product lines: corrugated steel bottom forms, permanent composite forms, and quick-release forms, suitable for different construction rhythms and structural requirements.
Core Advantages:Factory-prefabricated standardized units enable on-site installation without scaffolding support; corrugated ribs significantly enhance stiffness, capable of supporting the self-weight of wet concrete and construction live loads, and can serve as bottom-layer reinforcement in the structural load-bearing of the bridge deck (permanent type).
Global Compliance:Strictly complies with major standards including European (EN 1993-1-3 cold-formed thin-walled design and EN 1090 fabrication), American (AASHTO LRFD bridge deck requirements and AWS D1.5 welding), and Australian (AS 5100 bridge deck guidelines and AS 1397 coated steel) standards.
Service Guarantee:Provides full-cycle technical support from formwork section selection, load condition calculations (concrete pouring pressure, construction stacking, and vibration live loads), joint design, to on-site installation guidance and removal plans.
Steel Bridge Deck Forms | Composite Metal Decking for Bridge Infrastructure
- Bridge-Grade Composite Decking: Stay-in-place formwork and integral tensile reinforcement for steel-concrete bridge decks
- International Profile Equivalents: Direct matches to Comflor 210/80/60, Bondek and other global standard profiles
- Rapid Installation: Lightweight, easy-to-handle profiles for fast on-site fixing and shorter construction cycles
- Corrosion Resistant Finishes: Hot-dip galvanized or coated options for outdoor, coastal and industrial bridge environments
- Cost-Effective Durability: Reduces formwork waste and labor costs, delivering low-maintenance bridge deck systems
Steel Bridge Deck Forms: Eurocode EN 1993-2 & AS 5100 For Composite Construct...
Product Positioning: A high-performance permanent steel formwork system specifically designed for orthotropic steel deck plates and composite girder bridge.
Core Advantages: Combines the dual functions of supporting loads during construction and participating in stress during operation, significantly enhancing deck stiffness and accelerating construction speed.
Applicable Scenarios: Suitable for long-span steel bridges, steel-concrete composite girder bridges, and bridge projects that require non-removable bottom formwork.
Service Guarantee: Provides detailed design, finite element verification, and on-site technical guidance based on Eurocode EN 1993-2 and Australian Standard AS 5100.
Steel Bridge Deck Forms – High-Strength Reusable Formwork for Bridge Deck Con...
Our Steel Bridge Deck Forms are precision-engineered modular formwork systems designed for efficient, high-quality concrete pouring in bridge deck construction. Built from high-grade structural steel, these forms combine exceptional rigidity, dimensional accuracy, and corrosion resistance to deliver smooth, defect-free concrete finishes. Compliant with AASHTO (US), EN 1992 (EU), and GB 50010 (CN) standards, they offer customizable panel sizes, rapid assembly, and long-term reusability, making them ideal for highway bridges, railway viaducts, municipal overpasses, and bridge widening projects. CE marked and ISO 9001 certified, these forms ensure reliable performance in demanding construction environments worldwide.
Code-Compliant Steel Bridge Deck Forms for Composite Construction
- Global Standard Compliance: AASHTO LRFD, ACI 347, AWS D1.1 & ISO 9001 Certified
- Customizable Sizing: 3–12m standard segments, tailored to any bridge cross-section
- High Durability: Q235B/Q345B steel, 50+ reuses, wear-resistant panel options
- Precision Engineering: ±2mm tolerance, 1/1000 verticality, stable concrete forming
- Versatile Adaptability: Fits box girder, plate girder & steel-concrete composite decks

ICF(Insulated Concrete Form) Bracing