The construction of U-shaped steel sheet piles is relatively simple and does not require a large amount of formwork and concrete materials, reducing the construction process and complexity.

U-shaped steel sheet piles can be standardized in production, and their size and shape can be adjusted according to actual needs. They are also easy to install and disassemble during the construction process, greatly shortening the construction period.

As an excellent foundation support material, groove shaped steel sheet piles are widely used in fields such as natural gas, oil, ports, docks, airports, and urban construction. In construction engineering, groove shaped steel sheet piles are mainly used for foundation support of various types of land and underground buildings, retaining walls, water tanks, precipitation outlets, and other foundation projects. In addition, it is also used in multiple fields such as hydraulic engineering, transportation route buildings, waterway maintenance, civil engineering, and hydraulic engineering buildings.

Steel sheet piles can be divided into various types according to their cross-sectional shapes, such as straight plate, groove, Z-shaped, U-shaped, H-shaped, etc. Among them, U-shaped steel sheet piles are the most widely used in China. Steel sheet piles can be divided into two types according to production technology: cold-formed steel sheet piles and hot-rolled steel sheet piles. Hot rolled steel sheet piles dominate the market due to their high strength and stable size. Cold formed steel sheet piles, on the other hand, are made of thinner sheets (commonly ranging in thickness from 8mm to 14mm) and processed by cold forming machines, which have the advantages of convenient production and customizable length.

As a sturdy guardian in modern engineering, steel sheet piles play an important role in various construction projects due to their advantages such as high strength, easy construction, and good waterproof performance. Steel sheet piles, as a steel structure with linkage devices at the edges and can be freely combined, play a crucial role in the engineering field. Due to their high strength, easy construction, and superior waterproof performance, they are widely used in various construction projects.