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Bridges are the lifelines of transportation, connecting cities, spanning rivers and seas, and bearing the weight of countless journeys every day. Behind every stable and long-lasting bridge lies a solid foundation—and steel bridge piling stands as the unshakable core of that foundation. Combining superior material performance, efficient construction efficiency and reliable structural safety, it has become the preferred solution for deep foundation engineering in long-span bridges, cross-sea bridges and urban bridge projects worldwide, laying a firm groundwork for modern bridge construction.

Bridge Types: Deck-Type · Through · Half-Through · Tied Steel Arch Bridge

Certified Standards: AASHTO LRFD 2020, AS 5100, EN 1993 Eurocode 3, ASTM A709, AWS D1.5, EN 1090 & CE Certified

Core Strengths: Ultra-long span up to 250m | 100+ Year Design Lifespan | Seismic & Wind Resistant | High Fatigue Performance | Full Modular Prefabrication

Fabrication Highlights: Factory Pre-assembly & Trial Fit | Robotic Automatic Welding | Full NDT Inspection (UT/RT/MT) | Seaworthy OOG Professional Packaging

One-Stop Services: Custom Structural Design | Marine-Grade Anti-corrosion | Global Logistics Arrangement | On-Site Installation Technical Guidance

Product Positioning:Focused on lightweight steel pedestrian bridges for urban block corridors, park greenways, campus and hospital internal passages, offering two product lines: standardized modules and customized landscape solutions.

Core Advantages:Lightweight truss or steel plate beam structures combined with prefabricated assembly technology, requiring only a few hours for on-site installation; bridge decks integrate anti-slip, drainage, and lighting systems, achieving "finished at the factory, installed on site."

Global Compliance:Strictly meets mainstream international standards including European standards (EN 1990 pedestrian load and EN 1993 steel bridge design), American standards (AASHTO LRFD pedestrian bridge section and ADA accessibility regulations), and Australian standards (AS 5100 and DDA accessibility code).

Service Guarantee:Provides one-stop technical support from pedestrian vibration comfort calculation, anti-slip grade selection, accessible ramp optimization to on-site lifting plans and nighttime construction traffic organization design.

Bridge Types: Through Steel Arch Bridge | Half-Through Arch Bridge | Deck-Type Steel Arch Bridge | Tied Arch Bridge

Design Standards: AASHTO LRFD 2020, AS 5100, EN 1993 Eurocode 3, ASTM A709, AWS D1.5, CE & EN 1090 Certified

Core Strengths: Ultra-long span up to 250m | 100+ year design life | Seismic & wind load optimized | High fatigue resistance | Fully modular prefabrication

Fabrication: Factory pre-assembly & trial fit | Robotic automatic welding | Full NDT (UT, RT, MT) inspection | Seaworthy OOG professional packaging

Services: Custom structural design | Marine-grade anti-corrosion | Global logistics arrangement | On-site installation technical guidance

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.

Product Categories: Straight steel box girder, curved box girder, variable cross-section box girder, multi-cell steel box girder

Global Compliance: AASHTO LRFD 2020, AS5100, EN 1993 Eurocode 3, ASTM A709, EN 1090 / ISO 3834 certified

Core Performance: High torsional rigidity, lightweight structure, large-span capability, superior wind & seismic resistance

Anti-Corrosion Solution: Sa2.5 blasting grade, multi-layer paint system, hot-dip galvanized & thermal zinc spraying available

Project Service: Custom design, factory pre-assembly, NDT inspection, global logistics & on-site technical guidance

Product Types: Composite steel floor deck, Bondek profiled deck, Comflor 60/80/210 series, precast concrete bridge deck panels

Global Standards: AASHTO LRFD 2020, AS5100, Eurocode 3, ASTM A709, AWS D1.1

Core Features: Hot-dip galvanized, high load-bearing, fast installation, low maintenance, full custom design

Applicable Projects: Highway bridge, municipal overpass, river-crossing bridge, temporary emergency bridge

Factory Strength: Professional China Steel Bridge Factory, one-stop fabrication, global export & technical support

Product Positioning:Specifically designed to provide economical and efficient steel plate girder solutions for medium to short-span highways, urban viaducts, and railway bridges, covering a span range of 20 to 60 meters, accommodating both composite and non-composite girder structures.

Core Advantages:Utilizes factory-welded I-shaped steel sections, featuring a high web thickness-to-height ratio and light self-weight; can be combined with precast concrete bridge decks to form composite girders, improving load-bearing capacity by 30%–50%, with cost-effectiveness superior to steel box girders and truss bridges.

Global Compliance:Strictly meets mainstream international standards, including European standards (EN 1993-1-5 plate buckling and EN 1994 composite structures), American standards (AASHTO LRFD I-girder design and AWS D1.5 welding), and Australian standards (AS 5100.4 steel girder rules and AS 1554 welding).

Service Assurance:Provides full-cycle technical support from web stiffener optimization, flange width-to-thickness ratio verification, shear buckling analysis, to on-site splicing node design and construction-phase stability checks.

Product Positioning:Focused on medium and large-span steel truss bridges for highways, railways, and pedestrian landscapes, balancing structural transparency with long-span capability, offering both welded joint and fully bolted detachable configuration options.

Core Advantages:Members are mainly subjected to axial force, resulting in high material efficiency. For the same span, it saves 20%–35% of steel compared to solid beam bridges. The hollow structure allows good wind permeability and superior wind stability.

Global Compliance:Strictly meets mainstream international standards including European standards (EN 1993-1-8 joint design and EN 1090 manufacturing), American standards (AASHTO LRFD truss member design and AWS D1.5 welding), and Australian standards (AS 5100 truss rules and AS 1554 welding).

Service Guarantee:Provides full-cycle technical support from the selection of truss types (Warren/Pratt, top-chord/bottom-chord/through type), member and joint plate optimization design, to factory prefabrication and assembly as well as on-site lifting solutions.

• Steel Sheet Piles: Hot-rolled U & Z sections dedicated for bridge cofferdams, foundation support and retaining walls.
• H-Piles: High-capacity bearing piles exclusively for bridge deep foundation substructure.
• Steel Pipe Piles: Large-diameter tubular piles for river-crossing, sea-crossing bridge foundation works.
• Combined Piling Walls: Hybrid steel pile systems for complex bridge deep excavation projects.

• Rapid Deployment Modular Steel Bridges: Prefabricated steel structures engineered for emergency relief, military logistics, and temporary detours. Assembly in days, not months—no on-site welding required.
• Permanent & Semi-Permanent Galvanized Steel Bridges: High-strength structures compliant with AASHTO LRFD, AS5100, and Eurocode 3 for long-term highway, railway, and pedestrian crossings.
• Custom Steel Fabrication: Factory-direct China steel bridge fabrication using ASTM A709 / EN 10025 materials. Tailored spans, widths, and load ratings for any project.
• Industrial & Mining Steel Bridges: Heavy-duty steel frames and prefab steel structures for mining sites, conveyor crossings, and high-speed work rolls-related applications.

Product Positioning：Targeting medium to large-span bridge projects, we provide standardized and customized steel structure bridge solutions with steel box girders as the core load-bearing components.

Core Advantages：Lightweight, high bending and torsional stiffness, short construction period, and easy transportation and quick on-site assembly, significantly reducing foundation costs.

Application Scenarios：Widely used in highway overpasses, urban elevated roads, railway bridges, pedestrian bridges, and mountainous canyon areas that require high spanning capability and fast construction speed.

Service Guarantee ：Providing full-chain technical services from conceptual design, steel structure detailing, factory prefabrication, anti-corrosion coating, to on-site installation guidance and quality inspection.