Hot rolled beams HEM Hot rolled beams HEM120
Model meaning: "HEM" stands for the middle flange H-beam series under European standards, and "120" means that the section height of this type of steel is about 120 mm (the actual size is 140 mm).
Dimensions: Section height is 140 mm, flange width is 126 mm, web thickness is 12.5 mm, and flange thickness is 21 mm. The weight per meter is about 52.1 kg.
Implementation standards: Generally, DIN 1025, Euronorm 53-62 (size), EN 10034:1993 (tolerance), EN 10163-3, C (surface) and other standards are implemented.
Material characteristics: Commonly used materials are high-strength low-alloy steel, such as S235JR h section steel beam, S275JR h shaped beam, S355JR h beam steel structure, S355J0 structural h beam, S355J2 h beam material, etc. These materials have high yield strength, tensile strength, good toughness and weldability, and can meet the processing and use requirements of different projects while ensuring structural strength.
Performance advantages: Due to its special cross-sectional shape and size design, HEM120 steel has good bending and compression resistance while maintaining high strength, can withstand large loads and stresses, and provide reliable support for the structure.
Application areas
High-rise buildings: It can be used as a supporting material for load-bearing columns, beams and frame structures, which helps to improve the stability and durability of the building and withstand the huge weight of the building.
Bridge engineering: It is often used as a main beam, secondary beam and supporting structure, which can withstand various loads on the bridge, including vehicle loads, wind loads, etc., to ensure the safe operation of the bridge.
Industrial plant: It is suitable for manufacturing support structures for heavy machinery and equipment, such as cranes, excavators, etc., to provide stable support for industrial production.
Shipbuilding: It can be used as a supporting material for hull structures and decks to meet the use needs of ships in complex marine environments and resist the impact of waves and the weight of the ship itself.
