HEA Beams (High-Efficiency American Beams)

About HEA Beams (High-Efficiency American Beams)

EA beams are lightweight, highly-strengthened parts that arefrequently used in engineering and building projects. They are a component ofthe European standard for structural steel beams. HEA beams are favored forapplications needing strength, stability, and efficiency because of their wideflanges and exceptional load-bearing capacity. They serve a wide range ofindustrial and architectural applications and are incredibly adaptable.

Important Features

Ideal Weight - Because of its efficient and economicaldesign, HEA Beams combine great strength and low weight.

Wide Flanges-Better load distribution and simplerconnections are made possible by wider flanges.

Superior Structural Effectiveness-Perfect for projectsrequiring load handling in both vertical and horizontal directions.

Observance of Standards -produced in compliance withinternational structural requirements, including DIN 1025 and EN 10025.

Adaptable Sizes - To meet the needs of certain projects,they are offered in a variety of lengths, flange widths, and depths.

Specifications

Grades of Materials: S235JR, S275JR, S355JR, E250, E350, andE450 are examples of common grades.

Dimensions: For optimal load-bearing, the flange widthshould be proportionate to the height.

Depth: Between 100 and 600 mm.

Length: Custom lengths are available, but standard lengthsare 6 m, 9 m, and 12 m.

Final Choices: offered in galvanized, primed, or bare steelfinishes to satisfy requirements for corrosion resistance and environmentalfriendliness.

Applications

Construction of Buildings- utilized as the main structuralcomponents of industrial constructions, bridges, and buildings.

Infrastructure Initiatives - extensively used in large-scalepublic works projects, railroads, and roadways.

Frames that Support Loads - vital in heavy-duty industrialequipment and machinery structures.

Fabrication of Steel - ideal for modular construction andprefabricated steel structures.

Designs for Architecture - preferred for both practical andesthetic uses in contemporary building.