Steel Sheet Piles are interlocking steel sections forming retaining walls for soil/water control. Common in U/Z shapes, they excel in strength, durability, and adaptability. Hot-rolled or cold-formed, they suit foundations, cofferdams, and flood barriers. Reusable and eco-friendly, they enable efficient, cost-effective construction globally.

U Type Sheet Piles are widely used interlocking steel sections with a characteristic "U" shape, designed for retaining soil and water in construction projects. Their simple yet effective design ensures high bending resistance and structural stability, making them ideal for temporary or permanent earth-retaining structures. Durable and reusable, they are commonly applied in foundations, riverbanks, and cofferdams, offering a cost-efficient solution for ground support.

SY295 U-shaped steel sheet piles are high-strength structural elements with a minimum yield strength of 295 MPa and tensile strength of 390 MPa. Composed of C≤0.16%, Si≤0.50%, Mn≤1.50%, they offer excellent toughness and weldability. Widely used in building frameworks, bridge supports, marine structures, and temporary cofferdams, their U-shape design provides superior earth retention and water resistance. Tight interlocks ensure reliable performance in deep excavations and permanent retaining walls.

SY390 Steel Sheet Piles are hot-rolled U-shaped structural sections designed for soil and water retention. Compliant with JIS A5528 and EN 10248 standards, they offer high strength with a minimum yield strength of 390 MPa and tensile strength of 540 MPa, ensuring durability in demanding environments. Ideal for flood control, cofferdams, port structures, and underground projects, their interlocking edges provide tight seals and corrosion resistance. Suitable for both permanent and temporary applications, SY390 piles support vibratory or impact driving, with modular lengths extendable via welding. Versatile and reusable, they are trusted in civil engineering and marine construction globally.

S355GP steel sheet piles are high-strength, hot-rolled structural sections designed for demanding earth-retaining and water-resisting applications. Compliant with EN 10248 standards, they offer exceptional durability, corrosion resistance, and seismic adaptability, making them ideal for deep excavations, cofferdams, flood defenses, and marine structures. Their interlocking design enables rapid installation, while the S355GP grade ensures superior load-bearing capacity and weldability. Sustainable and cost-effective, these piles provide long-term structural integrity in harsh environments, from urban infrastructure projects to coastal engineering.

S390GP steel sheet piles are premium hot-rolled sections engineered for heavy-duty earth retention and hydraulic structures. Conforming to EN 10248 standards, they exhibit superior yield strength (390 MPa) and toughness, enabling efficient load distribution in deep excavations, port facilities, and flood barriers. Their optimized interlock design ensures tight sealing and rapid assembly, while corrosion-resistant properties enhance longevity in marine or aggressive environments. Ideal for seismic zones and high-demand civil projects, S390GP piles offer sustainable, cost-effective solutions with minimal maintenance requirements.

Zhongxi Metal is a professional manufacturer of high-quality Z-type steel sheet piles in various steel grades and dimensions. Our sheet piles meet international standards and offer excellent corrosion resistance and versatility. Discover the advantages of using steel sheet piles for ports, coastal protection, flood alleviation, commercial & residential projects, and more. Contact us for one-stop steel procurement services.

S270GP steel sheet piles are hot-rolled U-shaped sections with a minimum yield strength of 270 MPa, conforming to EN 10248 standards. Their robust Larssen interlocks ensure tight connections and water resistance, making them ideal for retaining walls, flood barriers, and cofferdams. With modular lengths (6-18m) and high drivability, they adapt to various soil conditions. Their reusability and corrosion resistance enhance cost-efficiency in temporary or permanent earth-retaining projects.

S320GP steel sheet piles are hot-rolled structural sections with a minimum yield strength of 320 MPa and tensile strength of 440 MPa, conforming to EN 10248 standards. These high-strength piles feature a symmetrical U-shape design with tight Larssen interlocks, ensuring excellent water tightness and drivability. Ideal for retaining walls, cofferdams, and marine structures, they offer superior corrosion resistance and reusability. Their thick flanges and modular lengths (6-18m) enhance structural integrity in demanding geotechnical applications.

ASTM A572 steel sheet piles are high-strength low-alloy columbium-vanadium structural steels conforming to ASTM A572/A572M standard. Available in five grades (42, 50, 55, 60, 65), they offer excellent mechanical properties including high yield strength (e.g., 345 MPa for Grade 50) and tensile strength. With good weldability and machinability, they are widely used in building, bridge, port, and marine structures like retaining walls and cofferdams, particularly Grades 50 and 60 for bridge connections.

ASTM A690 steel sheet piles are high-strength, low-alloy structural products engineered for marine environments, conforming to ASTM A690/A690M standards. Formulated with nickel, copper, and phosphorus, they exhibit superior atmospheric corrosion resistance and enhanced durability against seawater "Splash Zone" corrosion compared to ordinary carbon steels. With a minimum yield strength of 345 MPa and tensile strength exceeding 485 MPa, these piles are ideal for dock walls, seawalls, and coastal excavations. Their excellent weldability and section modulus efficiency make them a preferred choice for demanding marine infrastructure projects.

AZ26-700 steel sheet piles are Z-shaped hot-rolled structural sections engineered for deep foundation and earth-retaining applications. With a section modulus of 26,000 cm³/m and 700 mm height, they provide exceptional bending resistance and load-bearing capacity. Ideal for port structures, cofferdams, and underground parking walls, their Larssen interlocks ensure watertight connections.