Steel structure assembly bridge

Unmatched Engineering Performance & Spanning Capability


    • Exceptional Spanning Capacity: The high material strength easily enables spans ranging from several hundred to over a thousand meters, significantly reducing the number of piers in water bodies, thereby ensuring navigation, flood discharge, and ecological protection.

    • Superior Strength & Toughness: Offers high load-bearing capacity and excellent seismic performance (up to 9-degree fortification intensity), making it particularly suitable for complex geological conditions, high seismic zones, and heavy-duty traffic lines.


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    Product Details

    1. Core Product Positioning

    A Steel Structure Bridge is a bridge engineering project that utilizes high-strength steel as the primary load-bearing components, constructed through modern design, industrialized prefabrication, and on-site modular assembly. It comprehensively covers scenarios such as highway bridges, railway bridges, municipal landscape bridges, pedestrian overpasses, and large-scale cross-sea/river mega-bridges. Renowned for its exceptional long-span capability, rapid construction speed, and superior whole-lifecycle performance, it stands as a core choice for modern transportation and municipal infrastructure.

    2. Core Product Advantages

    1. Unmatched Engineering Performance & Spanning Capability

    • Exceptional Spanning Capacity: The high material strength easily enables spans ranging from several hundred to over a thousand meters, significantly reducing the number of piers in water bodies, thereby ensuring navigation, flood discharge, and ecological protection.

    • Superior Strength & Toughness: Offers high load-bearing capacity and excellent seismic performance (up to 9-degree fortification intensity), making it particularly suitable for complex geological conditions, high seismic zones, and heavy-duty traffic lines.

  1. Efficient Industrialized Construction & Whole-Lifecycle Economy

    • Revolutionary Construction Speed: Components achieve over 90% factory prefabrication rate, allowing on-site assembly akin to "building with blocks," shortening the project timeline by 30%-60% compared to traditional concrete bridges.

    • Optimized Comprehensive Cost: Its light weight significantly reduces foundation and substructure costs; construction has minimal environmental impact; and steel is recyclable, delivering notable economic and environmental benefits throughout its entire lifecycle.

  2. Outstanding Durability, Maintainability & Design Flexibility

    • Long Life & Easy Maintenance: Employs a multi-layer anti-corrosion system for a design life exceeding 100 years; the structural condition is easily monitored, components are replaceable, and maintenance is convenient with minimal traffic disruption.

    • Aesthetic Form & Adaptive Flexibility: Capable of fulfilling various expressive modern aesthetic forms (e.g., arch bridges, cable-stayed bridges, suspension bridges); exhibits strong adaptability to complex terrains, existing traffic lines, and environmentally sensitive areas.

    3. Product System & Future Value

    1. Comprehensive Product System: Encompasses various mature bridge types including steel box girder bridges, steel truss bridges, steel arch bridges, composite girder bridges, and modular steel bridges.

    2. Intelligence & Sustainable Development: Naturally compatible with BIM technology, structural health monitoring systems, and digital twins, laying the foundation for intelligent operation and safety. Its industrialized construction model and recyclability make it a model for green infrastructure.

    3. Broad Socio-Economic Value: Accelerates the completion of transportation networks and stimulates regional development; its landmark designs enhance city; its rapid construction capability plays a crucial role in post-disaster reconstruction and emergency traffic restoration.

    Company Introduction

    Company Introduction

    Company Introduction


    Summary: The Steel Structure Bridge represents the pinnacle of modern bridge technology. Through the deep integration of material science, structural mechanics, and construction techniques, it achieves comprehensive superiority over traditional bridges in terms of span, speed, durability, aesthetics, and environmental friendliness. It is not merely an engineering solution for complex crossing requirements but also a strategic asset driving the upgrade of transportation infrastructure towards industrialization, intelligence, and sustainability, pointing the way forward for bridge engineering.



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