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Larsen Steel Sheet Piles

Larsen steel sheet piles are classic U-shaped hot-rolled steel sheet piles named after their inventor, Tryggve Larssen. They utilize a unique interlocking joint to form a continuous, robust retaining wall, making them an indispensable foundational material in modern civil engineering. With its superior structural performance, efficient construction speed, and excellent cost-effectiveness, these sheets have become the preferred solution for various temporary and permanent support projects.

U Sheet Pile

The specifications and models of U-shaped steel sheet piles are rich, and the length can be specially customized according to the requirements of customers, which brings great convenience to the construction and reduces the cost at the same time.

Z Sheet Pile

Z-shaped sheet piles are called Zs because the single piles are shaped roughly like a horizontally stretched Z. The interlocks are located as far away from the neutral axis as possible to ensure good shear transmission and increase the strength-to-weight ratio. Z piles are the most common type of sheet pile in North America and can be used in a wide variety of applications.

CHS Circular Steel Hollow Section

As with square HSS, round steel HSS is ideal for creating uniform geometries. Round tubing is well-suited to constructing columns and features a high resistance to torsion.

Rectangular Steel HSS Tube

Rectangular HSS is often used within welded steel frames where loading occurs from multiple directions. The flat shape makes rectangular HSS ideal for construction. It is often used to create a pleasing aesthetic effect.

Square Steel HSS Tube

Square HSS tube are available to meet ASTM A500 or ASTM A1085 specifications. Square jumbo tubing is ideal for applications requiring uniform geometry along two or more cross-sections.

Galvanized Unequal Angle Steel

Galvanized angle steel is divided into hot-dip galvanized angle steel and cold galvanized angle steel. Hot dip galvanized angle steel is also called hot dip galvanized angle steel or hot dip galvanized angle steel. The cold galvanized coating mainly ensures the full contact between zinc powder and steel through electrochemical principle, and generates electrode potential difference for anti-corrosion. Hot dip galvanized angle steel is also called hot dip galvanized angle steel or hot dip galvanized angle steel. It is to immerse the angle steel after derusting in molten zinc melted at about 500 ℃ to attach a zinc layer to the surface of the angle steel, thus achieving the purpose of anti-corrosion. It is suitable for strong corrosive environments such as various strong acids and alkali fogs. The cold galvanizing process is used to protect the metal from corrosion. For this purpose, a coating of zinc filler is used. It is applied to the protected surface by any coating method and dried to form a zinc filler coating with a content of zinc in the dried coating (up to 95%). Suitable for repair work (I. e., during repair work, only where the protected steel surface is damaged, the surface can be recoated as long as it is repaired). The cold galvanizing process is used for corrosion protection of various steel products and structures.

Galvanized Angle Steel

Galvanized angle steel is divided into hot-dip galvanized angle steel and cold galvanized angle steel. Hot dip galvanized angle steel is also called hot dip galvanized angle steel or hot dip galvanized angle steel. The cold galvanized coating mainly ensures the full contact between zinc powder and steel through electrochemical principle, and generates electrode potential difference for anti-corrosion. Hot dip galvanized angle steel is also called hot dip galvanized angle steel or hot dip galvanized angle steel. It is to immerse the angle steel after derusting in molten zinc melted at about 500 ℃ to attach a zinc layer to the surface of the angle steel, thus achieving the purpose of anti-corrosion. It is suitable for strong corrosive environments such as various strong acids and alkali fogs. The cold galvanizing process is used to protect the metal from corrosion. For this purpose, a coating of zinc filler is used. It is applied to the protected surface by any coating method and dried to form a zinc filler coating with a content of zinc in the dried coating (up to 95%). Suitable for repair work (I. e., during repair work, only where the protected steel surface is damaged, the surface can be recoated as long as it is repaired). The cold galvanizing process is used for corrosion protection of various steel products and structures.

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