Steel Profile
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Upn80/100 Steel Profile U-Shaped Channel Is Mostly Used In Construction
Current table represents European standard U (UPN, UNP) channels, UPN steel profile (UPN beam), specifications, properties, dimensions. Manufactured according to standards :
DIN 1026-1: 2000, NF A 45-202: 1986
EN 10279: 2000 (Tolerances)
EN 10163-3: 2004, class C, subclass 1 (Surface condition)
STN 42 5550
ČTN 42 5550
TDP: STN 42 0135 -
Factory Price Cold Formed Z Type Az36 Metal Sheet Piling Steel Sheet Pile
Carbon Steel sheet piles are a type of steel with interlocking joints. They come in various sizes and interlocking configurations, including straight, trough, and Z-shaped cross-sections. Common types include Larsen and Lackawanna. Their advantages include high strength, ease of driving into hard soil, and the ability to be constructed in deep water, with the addition of diagonal supports to create a cage. They also offer excellent waterproofing properties, can be formed into cofferdams of various shapes, and can be reused multiple times.
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UPN UPE UPN80 UPN100 UPN120 UPN180 UPN360 A572 Q235 Q355 A36 Hot Rolled Steel U Channel
Current table represents European standard U (UPN, UNP) channels, UPN steel profile (UPN beam), specifications, properties, dimensions. Manufactured according to standards :
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DIN: 1026‑1:2000
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NF: A 45‑202:1986
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EN: 10279:2000 (Tolerances), 10163‑3:2004, Class C, Subclass 1 (Surface Condition)
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STN: 42 5550, TDP: 42 0135
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ČTN: 42 5550
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EN Standard Size H Beam Steel HEA HEB IPE 150×150 H beam Price
HEA, HEB, and HEM are designations for European standard IPE (I-beam) sections.
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Customizable Galvanized Steel Hot dipped Galvanized Steel 150 5mm C Purlin Channel
C channel steel is a versatile structural steel product with a “C” or “U”-shaped cross-section, consisting of a broad web and two flanges. Known for its high strength-to-weight ratio, it is commonly used in construction, manufacturing, and engineering for support, bracing, and framing.
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High Quality Anti-Corrosion Hot Dipped Galvanized Metal 2 3 4 inch C Channel Steel
Photovoltaic brackets mainly function in the following aspects:
Improve the conversion efficiency of photovoltaic panels: Photovoltaic brackets can install photovoltaic panels at suitable angles and directions to maximize the absorption of solar energy and conversion into electrical energy.
Enhance the stability of photovoltaic panels: Photovoltaic brackets can firmly fix photovoltaic panels on the ground or roof, and can effectively resist the impact of wind, rain, snow and other natural conditions on photovoltaic panels from different directions.
Reduce the cost of photovoltaic systems: Photovoltaic brackets can reduce the installation costs, maintenance costs and operating costs of photovoltaic systems, thereby improving the economic benefits and return on investment of photovoltaic systems. -
Preservative Steel Q235 Q345 A36 A572 Grade HEA HEB HEM 150 Carbon Steel H/I Beam
H-beams, with their H-shaped cross-section, are often used as core load-bearing components in projects such as bridges and factories due to their excellent mechanical properties.
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ASTM A36 / A53 / Q235 / Q345 Carbon Steel Equal Angle Bar – Galvanized Mild Steel (V-Shaped)
ASTM Equal Angle Steel commonly known as angle iron, is a long steel with two sides perpendicular to each other.
Equal and Unequal Angle Steel:
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Equal Angle Steel: Both legs are of equal width. Specifications are expressed as side width × side width × thickness in mm, e.g., ∟30 × 30 × 3 (30 mm width, 3 mm thickness).
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Model Reference: Sometimes expressed in cm, e.g., ∟3 × 3, but this does not indicate thickness. Always specify both leg width and thickness in contracts and documents.
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Standard Hot-Rolled Sizes: Equal leg angle steel ranges from 2 × 3 mm to 20 × 3 mm.
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China Hot-Rolled 6# Equal Angle Steel Bar, 90 Degree Galvanized
Equal Galvanized Angle Steel, commonly known as angle iron, is a long steel with two sides perpendicular to each other. There are equal angle steel and unequal angle steel.The width of two sides of an equal angle steel is equal. The specification is expressed in mm of side width × side width × side thickness. Such as “∟ 30 × 30 × 3″, that is to say, equal angle steel with side width of 30mm and side thickness of 3mm. It can also be expressed by model. The model is the centimeter of the side width, such as ∟ 3 × 3. The model does not represent the dimensions of different edge thicknesses in the same model, so the edge width and edge thickness dimensions of angle steel shall be filled in completely in the contract and other documents to avoid using the model alone. The specification of hot rolled equal leg angle steel is 2 × 3-20 × 3.
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Structural Carbon Steel Profile Beam H Iron Beam h Shape Steel Beam for Industry
High strength, good stability and good resistance to bending are the main performance H-shaped steel. The cross-section of steel beam is “H” shaped, which can be good to the force diffusion, the load bearing is more suitable for bigger load. The manufacture of H-beams provides them with enhanced weldability and machinability, which eases the construction process. Moreover, H-beam is light weight with high strength, so it can reduce building weight and improve economy and safety of structure. It is the best-selling product in the construction, bridge, machinery manufacturing and other fields, and is the one that modern engineering can not do without.
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Cold-Formed Steel Sheet Pile U Type 2 Type 3 Steel Sheet Pile
Recently, a large number of steel sheet piling have been sent to Southeast Asia, and the characteristics of steel pipe pile are also very many, and the range of uses is also very wide, steel sheet piles are a type of steel structure with an interlock on the edge, which can be spliced to form a continuous and sealed water retaining or soil retaining wall.
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Hot Rolled 400*100 500*200 Jis Standard S275 Sy295 Sy390 Type 2 Type 3 U Steel Sheet Piles Wall
Steel sheet pile are long structural sections with interlocking connections. They are commonly used as retaining walls in waterfront structures, cofferdams, and other applications requiring a barrier against soil or water. These piles are typically made of steel for its strength and durability. The interlocking design allows for a continuous wall to be created, providing efficient support for excavations and other structural needs.