Products
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High Quality Factory ISCOR Steel Rail Beam Track SteeL
The characteristics of rail beam mainly include high strength, wear resistance and good stability. They are usually made of high-quality steel and can withstand the heavy pressure and high-speed operation of the train, ensuring safety. In addition, rails have good corrosion resistance and can maintain performance in various weather conditions. Its design also takes into account the effects of thermal expansion and contraction, ensuring that changes in temperature will not cause deformation or damage. Finally, the rails are laid with high precision, providing a smooth driving experience and reducing train vibration and noise.
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Q345b 200*150mm 10r 7r 230 Galvanized Welded Steel H-Beams Steel I Beam Roof Support Beams
A galvanized steel H-beam is a structural steel beam that has been coated with a protective layer of zinc through a process called galvanization. This process significantly enhances the beam’s durability and corrosion resistance, making it ideal for harsh or outdoor environments where rust is a concern.
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Factory Price ASTM Hot Dipped Zinc Galvanized A572 Q345 Steel H Beam I-Beam
A galvanized steel H-beam is a structural steel beam that has been coated with a protective layer of zinc through a process called galvanization. This process significantly enhances the beam’s durability and corrosion resistance, making it ideal for harsh or outdoor environments where rust is a concern.
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Galvanized Steel Steel Half Slotted Strut Channel 41X21mm C Channel Purlin
A C-channel is a structural steel beam with a C-shaped cross-section, consisting of a vertical “web” and two horizontal “flanges” that extend from the same side of the web. The specific shape offers both strength and versatility, making it a common choice in construction and manufacturing.
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High Quality Factory Price Hot Rolled U-Shaped Water-Stop Steel Sheet Pile
Steel sheet piles are structural sections with an interlocking system that create a continuous wall. The walls are often used to retain soil and/or water. The ability of a sheet pile section to perform is dependent upon its geometry and the soils it is driven into. The pile transfers pressure from the high side of the wall to the soil in front of the wall.
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High Strength Module House Warehouse Building Frame Light Steel Structure
Steel structure is a metal structure which is made of structural steel components connect with each other to carry loads and provide full rigidity.
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China Factory High Quality Customized Slotted Strut C Channel Purlins Prices For Solar Panels
Slotted Strut C Channel is a cold-formed C-channel steel that is formed from thin steel sheet cold-bent into a U-shape with the edges bent inwards to provide additional rigidity.
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Customized Hot Rolled W14*82 W14*109 W8*40 W16*89 ASTM A36 GB Q235b Carbon Steel Hea Heb H Beam
H-beam steel, a type of steel with an H-shaped cross-section, is commonly used in structural construction due to its excellent strength, stability, and resistance to deformation. Also known as I-beam or I-shaped steel, H-beam steel is widely used in buildings, bridges, machinery, and other fields, and is particularly well-suited for load-bearing and frame structures.
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EN10248 6m 9m 12m Hot Rolled Z Type Steel Sheet Pile
Z-shaped steel sheet piles, a highly effective and widely used retaining material, are named for their resemblance to the letter “Z” in their cross-section. Together with U-type (Larsen) steel sheet piles, they constitute the two core types of modern steel sheet pile engineering, each with distinct characteristics in terms of structural performance and applicable areas.
Advantages:
1. Competitive section modulus to mass ratio
2. Increased inertia reduces deflection
3. Wide width for easy installation
4. Excellent corrosion resistance, with thickest steel at critical corrosion points -
Factory Supply U Sheet Pile Sy295 Sy390 400*100*10.5mm 400*125*13mm Steel Sheet Pile
U-shaped steel sheet piles, also commonly known as Larsen steel sheet piles, are one of the most widely used retaining and water-stopping materials in modern civil engineering. Their name comes from their cross-sectional shape resembling the letter “U” and also honors their inventor, German engineer Tryggve Larsson.
1) U-shaped steel sheet piles offer a wide range of specifications and models.
2) The combination of deep corrugations and thick flanges provides excellent static performance.
3) Designed and manufactured according to European standards, the symmetrical structure facilitates reuse, comparable to hot-rolled steel.
4) Lengths can be customized to meet customer requirements, greatly facilitating construction and reducing costs.
5) Due to their ease of production, they can be customized in advance when used with composite piles.
6) The design and production cycle is short, and the performance of the steel sheet piles can be customized according to customer requirements.
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EN 10025 S235JR / S275JR / S355JR U Type 400*85*8mm Carbon Steel Sheet Piles
U-shaped steel sheet piles, also commonly known as Larsen steel sheet piles, are one of the most widely used retaining and water-stopping materials in modern civil engineering. Their name comes from their cross-sectional shape resembling the letter “U” and also honors their inventor, German engineer Tryggve Larsson.
1.High strength and load-bearing capacity
2.Excellent water-stopping performance
3.Quick installation and reusability
4.Strong adaptability
5.Reliable connections and good integrity
6.Symmetrical appearance for easy design and assembly
7.Environmentally friendly and economical
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Factory Direct Q235B,Q345B,Q355B,Q390B Type 2 Steel Sheet piles Steel Profile U Type Steel Piles
U-shaped steel sheet piles, also commonly known as Larsen steel sheet piles, are one of the most widely used retaining and water-stopping materials in modern civil engineering. Their name comes from their cross-sectional shape resembling the letter “U” and also honors their inventor, German engineer Tryggve Larsson.
1.Structural Performance Advantages
2.Construction Performance Advantages
3.Durability Advantages
4.Economic Advantages