Contact Platform Support
Help CenterSteel Sheet & Plate & Steel Sheet Pile，Q345B、SY295、SY390
Related Products
-
Flat Steel＆Flat Bar，Q235B, Q355B, SS400, A36, S235JR, S355JRNegotiableMOQ: 5 Metric Tons -
Steel Sheet & Plate & Steel Sheet Pile，Q345B、SY295、SY390NegotiableMOQ: 5 Metric Tons
-
Steel Angle＆Angle Bar，Q235B, Q355B, SS400, A36, S235JR, S355JRNegotiableMOQ: 5 Metric Tons
-
Steel Sheet & Plate & Steel Sheet Pile，Q345B、SY295、SY390NegotiableMOQ: 5 Metric Tons
-
Steel Angle＆Angle Bar，Q235B, Q355B, SS400, A36, S235JR, S355JRNegotiableMOQ: 5 Metric Tons
I. Product Overview
Steel sheet piles are high-strength, tough, corrosion-resistant and reusable section steel. They are connected to each other through lock joints to form a continuous soil-retaining and water-retaining structure, which is widely used in various fields such as construction engineering, water conservancy engineering and municipal engineering. Its core functions are foundation pit support, cofferdam seepage prevention and slope protection. With convenient construction efficiency and stable structural performance, it has become an indispensable basic building material in engineering construction.
II. Product Classification
1. Classified by Cross-Sectional Shape
U-Type Steel Sheet Pile: The most widely used type with a U-shaped cross-section. It has a reasonable lock joint design, excellent bending resistance and convenient construction. Suitable for most scenarios such as foundation pit support, cofferdams and river regulation, it has high cost performance and can be reused many times.
Z-Type Steel Sheet Pile: With a Z-shaped cross-section, it has a wide flange, large moment of inertia, strong bearing capacity and outstanding lateral pressure resistance. It is suitable for deep foundation pit support, high slope protection and large-scale water conservancy projects, and its overall stability is better than that of U-type steel sheet piles.
Larsen Steel Sheet Pile: An upgraded version of U-type steel sheet piles, with tight lock joint engagement, good seepage prevention effect and higher strength. It is often used in projects with high requirements for seepage prevention and load-bearing, such as ports and terminals, sewage treatment plants and deep foundation pit projects.
Other Types: Including straight web steel sheet piles and combined steel sheet piles, which are customized according to special engineering needs and suitable for special-shaped foundation pits and support projects under special geological conditions.
2. Classified by Production Process
Hot-Rolled Steel Sheet Pile: Produced by high-temperature hot rolling process, it has uniform material, high strength, good toughness, high lock joint precision, tight engagement and long service life. It is the mainstream type currently used in engineering and can meet the needs of various complex projects.
Cold-Formed Steel Sheet Pile: Produced by cold rolling process, it has fast forming speed, low cost and flexible cross-sectional size. It is suitable for small and medium-sized projects with moderate strength requirements, short construction period and limited budget, such as temporary support and small cofferdams.
3. Classified by Material and Specification
Main materials: Q345B, SY295, SY390 (all Chinese standards, which can be matched with international standards as needed). The materials meet national steel standards, with qualified tensile strength and yield strength, and the appropriate material can be selected according to engineering load requirements.
Common lengths: 6m, 9m, 12m. Different lengths from 3m to 24m can be customized according to the engineering depth to meet the depth requirements of different foundation pits and cofferdams; the cross-sectional width and thickness can be adjusted as needed to adapt to various engineering scenarios.
III. Core Product Advantages
High Strength and Corrosion Resistance: Made of high-quality steel and treated with anti-corrosion (galvanizing, painting, etc.), it can adapt to complex environments such as humidity and salinity, with a service life of 15-30 years, reducing later maintenance costs.
Convenient and Efficient Construction: Adopting lock joint connection, no on-site welding is required, and it can be quickly spliced with a short construction period; it is light in weight and can be operated with small mechanical equipment, reducing construction difficulty and labor costs.
Stable and Reliable Structure: The lock joints are tightly engaged, with high overall stiffness, strong lateral pressure resistance and anti-settling capacity, which can effectively prevent foundation pit collapse and soil erosion, ensuring the safety of engineering construction.
Reusable: After the project is completed, it can be easily pulled out and reused after simple repair, which is energy-saving and environmentally friendly, reduces the cost of engineering building materials, and conforms to the concept of green construction.
Wide Application Range: It can be used in various scenarios such as building foundation pit support, water conservancy cofferdams, river regulation, port and terminal construction, bridge foundation protection and municipal pipe network construction, adapting to different geological conditions (soft soil, sand, rock, etc.).
IV. Application Scenarios
1. Construction Engineering
Used for foundation pit support of high-rise buildings, basements, underground garages and other projects to prevent foundation pit deformation and collapse, and protect the safety of surrounding buildings and underground pipelines. It is especially suitable for deep foundation pit construction in dense building groups in urban centers.
2. Water Conservancy Engineering
Used for cofferdam seepage prevention, river widening, dike reinforcement, sewage treatment plant pool support of rivers, lakes and reservoirs. With excellent water-retaining and seepage-preventing performance, it ensures the stable operation of water conservancy projects.
3. Municipal Engineering
Used for urban road reconstruction and expansion, underground pipe network (water supply and drainage, gas, electric power) construction, subway foundation pit support, urban flood control and drainage, etc. It adapts to the complex urban construction environment and reduces the impact on surrounding traffic and residents' lives.
4. Other Scenarios
Such as shore protection of ports and terminals, cofferdam construction of bridge foundations, mine slope protection, temporary enclosures, etc. The type, specification and construction method of steel sheet piles can be flexibly adjusted according to different engineering needs.
V. Technical Parameters
Product Type |
Material |
Common Length |
Cross-Sectional Width |
Yield Strength |
Application Scenario |
U-Type Steel Sheet Pile |
Q345B/SY295 |
6m/9m/12m |
400-600mm |
≥345MPa |
Ordinary foundation pits, cofferdams, river regulation |
Z-Type Steel Sheet Pile |
Q345B/SY390 |
9m/12m/15m |
500-700mm |
≥390MPa |
Deep foundation pits, high slopes, large-scale water conservancy projects |
Larsen Steel Sheet Pile |
Q345B/SY390 |
6m-24m (Customizable) |
400-800mm |
≥390MPa |
Ports and terminals, anti-seepage cofferdams, deep foundation pits |
Cold-Formed Steel Sheet Pile |
Q235B/Q345B |
3m-12m |
300-500mm |
≥235MPa |
Temporary support, small cofferdams |
VI. Construction Notes
Before construction, the on-site geological conditions shall be surveyed, and the appropriate type, specification and construction equipment of steel sheet piles shall be selected according to the soil type, groundwater level and foundation pit depth.
Before inserting the steel sheet piles, check whether the lock joints are intact, clean up the sundries in the lock joints to ensure tight splicing, and prevent water and soil leakage during construction.
During insertion, the verticality shall be controlled to avoid inclination. If inclination occurs, it shall be adjusted in time to prevent affecting the overall structural stability.
During construction, the displacement and settlement of steel sheet piles shall be monitored. If any abnormality is found, reinforcement measures shall be taken in time to ensure construction safety.
After the project is completed, professional equipment shall be used to pull out the steel sheet piles. Forcible pulling out shall be avoided to damage the steel sheet piles and surrounding facilities. After pulling out, they shall be cleaned and repaired in time for reuse.
VII. Quality Assurance and After-Sales Service
1. Quality Assurance: All steel sheet piles comply with national steel standards and industry specifications. In the production process, strict control is carried out over raw materials, production processes, finished product testing and other links. Each batch of products is provided with a quality inspection report to ensure that the product quality meets the standards.
2. After-Sales Service: Provide professional technical guidance to help customers select appropriate product specifications and construction schemes; if there is a quality problem with the product, we will respond within 24 hours and provide a solution in a timely manner; we can provide steel sheet pile leasing, recycling and repair services to reduce customer costs.
Send Inquiry to This Supplier
You May Also Like
-
Steel Sheet & Plate & Steel Sheet Pile，Q345B、SY295、SY390NegotiableMOQ: 5 Metric Tons
-
Steel H Beam＆ H Section Steel，Q235B, Q355B, SS400, A36, S235JR, S355JRNegotiableMOQ: 5 Metric Tons
-
Steel H Beam＆ H Section Steel，Q235B, Q355B, SS400, A36, S235JR, S355JRNegotiableMOQ: 5 Metric Tons
-
Steel Sheet & Plate & Checkered Plate，Q235B Q355BNegotiableMOQ: 5 Metric Tons
-
Steel Sheet & Plate & Checkered Plate，Q235B Q355BNegotiableMOQ: 5 Metric Tons
-
Steel Wire＆Galvanized Steel Wire，Q195, Q235B, SAE 1006, SAE 1008, SAE 1010, S235JR, S355JRNegotiableMOQ: 5 Metric Tons
-
Steel Sheet & Plate & Checkered Plate，Q235B Q355BNegotiableMOQ: 5 Metric Tons
-
Steel Sheet & Plate & Checkered Plate，Q235B Q355BNegotiableMOQ: 5 Metric Tons
-
Steel Wire＆Galvanized Steel Wire，Q195, Q235B, SAE 1006, SAE 1008, SAE 1010, S235JR, S355JRNegotiableMOQ: 5 Metric Tons
-
Steel Sheet & Plate， Pressure Vessel Steel Plate，GB/T 713-2014, NB/T 47008, ASME SA516/SA515, EN 10028-2, APINegotiableMOQ: 2 Metric Tons
