Bailey Bridge Steel Bridge
Standard bridge equipment featuring uniform isotropic material and excellent modulus of elasticity for stable load bearing applications.
Product Overview
Bailey Bridge steel bridges are extensively adopted worldwide as the most popular standard bridge equipment, known for their reliable performance and structural integrity.
Key Advantages
- Simple structure design
- Convenient transportation
- Rapid erection capabilities
- Easy disassembly process
- Heavy loading capacity
- Exceptional stability
- Long fatigue life
- Adaptable span and loading configurations
Technical Features
- High strength and significant stiffness compared to concrete bridges, reducing beam height and self-weight
- Uniform isotropic material quality and consistent modulus of elasticity ensure predictable performance
- Factory manufacturing with on-site assembly provides short construction periods and seasonal independence
- Industrialized production with convenient transportation logistics
- Easy maintenance and replacement with long service life and material recyclability
Application Range
Suitable for various bridge types including beam bridges, arch bridges, rigid frame bridges, cable-stayed bridges, suspension bridges, and pedestrian footbridges.
Bridge Configurations
Available as temporary bridges, emergency bridges, and fixed bridges. The system enables construction of suspension bridges with varied spans using minimal components.
Compact 200 Panel Bridge Specifications:
• Panel dimensions: 3.048m × 2.134m
• Bridge length increments: 3.048m segments
• Carriageway width: 4.2m (single lane) or 7.35m (double lane)
• Surface treatment: Painting or galvanizing as required
Engineering Excellence
The Compact 200 panel bridge features increased panel height and employs alternating joint methods between reinforcement chords and panels to minimize inelastic deformation. Pre-arch methodology further reduces mid-span and vertical deflection. Bolt-connected components utilize orienting sleeve-fixing for enhanced connection accuracy, with shear resistance in sleeves and tension development in bolts for increased safety and longevity.