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Specifically designed to provide high-load-bearing, corrosion-resistant steel pile products for deep bridge foundations, high seismic zones, and marine environments. It covers three main series: open-ended steel pipe piles (soil plug effect), closed-ended steel pipe piles (end bearing), and H-shaped steel piles (penetrating hard layers).

Core Advantages

Uses double-wall isolation layer anti-corrosion (outer pipe, inner pipe, interlayer grouting) or sacrificial anode cathodic protection, with a design life of up to 100 years; construction employs hydraulic static pile driving machines, with noise below 65dB, suitable for urban areas and nighttime operations.

Global Compliance

Strictly meets mainstream international standards such as European standards (EN 1997-1 for pile foundation design and EN 1993-5 for steel pile corrosion allowance), American standards (ASTM A572/A690 for pile materials and AASHTO LRFD Chapter 10 for pile group efficiency reduction), and Australian standards (AS 2159 for pile drivability analysis and AS 5100.3 for negative skin friction calculation).

Service Guarantee

Provides full-cycle technical support from pre-analysis of pile drivability using wave equation (WEAP), calculation of pile group efficiency factors, design of sacrificial anode cathodic protection life, to high-strain dynamic measurement signal matching (CAPWAP) and static load test schemes.

Product Positioning:Specially designed steel pile products for deep bridge foundations, hydraulic cofferdams, and bridge piers in high seismic zones, providing high load-bearing capacity and impact resistance. The range includes H-shaped steel piles, open and closed steel pipe piles, suitable for permanent or temporary support structures.

Core Advantages:High bending stiffness and excellent hammering toughness, capable of meeting ultra-long designed pile lengths through on-site splicing; fast construction speed, low soil displacement rate, no concrete curing waiting period, and temporary piles can be fully recovered and reused.

Global Compliance:Strictly meets mainstream international standards including European standards (EN 1997 geotechnical design and EN 10248 steel sheet piles), American standards (ASTM A572/A690 pile materials and AASHTO LRFD Chapter 10 Foundations), and Australian standards (AS 2159 pile foundation design and construction and AS 5100 bridge foundations).

Service Guarantee:Provides full-process technical support from geotechnical parameter verification, pile drivability analysis (WEAP wave dynamics simulation), pile type optimization, welding process evaluation to on-site high-strain dynamic monitoring and static load testing.

Our Steel Bridge Piling is a robust, high-performance steel foundation solution engineered to deliver exceptional load-bearing capacity and long-term stability for bridge and heavy infrastructure projects. Designed to withstand extreme geotechnical conditions, dynamic loads, and corrosive environments, these piles provide a reliable deep foundation for highway bridges, railway crossings, and coastal structures. Compliant with AISC (US), EN 1993-5 (EU), and AS 5100 (AU) standards, they offer customizable diameters and lengths, rapid installation, and minimal environmental impact. Ideal for both new construction and bridge rehabilitation projects, they come CE marked and ISO 9001 certified for global reliability.

• 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.

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.

• Standards: AASHTO LRFD (American Association of State Highway and Transportation Officials Load and Resistance Factor Design), ASTM A252 (Standard Specification for Welded Steel Pipe Piles), EN 10219 (Cold Formed Structural Hollow Sections), AS 5100 (Standards Australia Bridge Design Code Series)
• Pile Range: Steel pipe piles, sheet piles, H-beam piles and supporting fittings
• Materials: ASTM A572 Gr50, S355, Q355B (GB/T 1591 Low Alloy High Strength Structural Steel)
• Features: Custom dimensions, factory prefabrication, long-life anti-corrosion finish
• Applications: Bridge foundations, soft soil, river and coastal civil engineering
• Services: Custom design, quality control, ocean packaging, global logistics and technical support

Product Positioning:We offer high-load, impact-resistant steel pile products specifically designed for deep bridge foundations and hydraulic cofferdam applications. Our range includes H-shaped steel piles, steel pipe piles, and composite piles, suitable for both permanent and temporary support structures.

Core Advantages:Featuring high flexural stiffness and excellent hammering toughness, our piles allow in-situ splicing to meet extra-long design pile length requirements. They also provide significant benefits such as fast construction speed, low soil displacement, and recyclability.

Global Compliance:Strictly compliant with major piling design, material, and construction standards including European standards (EN 10248/EN 1997), American standards (ASTM A572/A690 and AASHTO LRFD), and Australian standards (AS 2159 and AS 5100), adapting to local survey conditions and regulatory requirements.

Service Assurance:We provide full-process technical support from geotechnical parameter verification, pile type optimization, finite element analysis, to on-site pile monitoring and high-strain testing, and assist with local certification and project completion documentation archiving.