Steel Profile
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ASTM H-Shaped Steel Structural Steel Beams Standard Size h Beam Price Per Ton
ASTM H-Shaped Steel compared with I-steel, the section modulus is large, and the metal can save 10-15% under the same bearing conditions. The idea is clever and rich: in the case of the same beam height, the opening of the steel structure is 50% larger than that of the concrete structure, thus making the building layout more flexible.
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HEA HEB HEM H Beam H Shaped Steel Beam – European Wide Flange Beams
HEA, HEB, and HEM are designations for European standard IPE (I-beam) sections.
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ASTM A572 S235jr Grade 50 150X150 W30X132 Wide Flange Ipe 270 Ipe 300 Heb 260 Hea 200 Construction H Beam
The wide flange H beam is a structural steel beam with a wide flange that provides increased strength and durability. It is commonly used in construction and engineering projects for supporting heavy loads and providing structural stability. The H shape of the beam allows for greater flexibility in design and construction applications.
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ASTM H-Shaped Steel W4x13, W30x132, W14x82 | A36 Steel H Beam
ASTM H-Shaped Steel in various sizes and materials including A992 and A36 steel. Find w beam, w4x13, w30x132, w14x82 and more w-beams. Shop now!
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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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Good Quality Hot Rolled Carbon U Beam C Channel Steel Black Iron Upn Channel
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 -
Customized Hot Rolled W14*82 W14*109 W8*40 W16*89 ASTM A36 GB Q235b Carbon Steel Hea Heb 150 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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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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Ub 914*419*388 UC 356*406*393 Hea Heb Hem 150 Hot Rolled Welded H Beams with Best Price China Manufacturer
H beam is a load-bearing steel material with an “H”-shaped cross-section, widely used in building structures, and can efficiently transfer loads.
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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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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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ASTM A572-50 a992 150X150 Wide Flange Beams Lpe 270 Lpe 300 Heb 260 Hea 150 Construction X W14x82 H Beam steel
The characteristics of H-shaped steel mainly include high strength, good stability and excellent bending resistance. Its cross-section is “H” shaped, which can effectively disperse the force and is suitable for structures that bear larger loads. The manufacturing process of H-shaped steel makes it have better weldability and processability, and facilitates on-site construction. In addition, H-shaped steel is light in weight and high in strength, which can reduce the weight of the building and improve the economy and safety of the structure. It is widely used in fields such as construction, bridges and machinery manufacturing, and has become an indispensable material in modern engineering.