HEB profiles are high-strength steel profile types with heavy load carrying capacities. HEB is produced in accordance with European Norm (EN) standards and has a rectangular cross-section. Due to their high strength, this profile type can be used in wide spans.

HEB profiles are generally used in construction for large beams, columns, and roof structures. Due to their high load carrying capacity, they are also used in the construction of large buildings, bridges, tunnels, industrial structures, and ports. In addition, HEB profiles are commonly used in heavy machinery manufacturing, transport equipment, cranes, shelf systems, and industrial storage systems.

HEB profiles can be produced in different sizes and cut to fit standard dimensions. This allows them to be designed according to different project needs and dimensions. Thanks to their high strength and durability, HEB profiles are among the frequently preferred profile types in construction and industrial sectors.

HEB profiles are H-shaped steel profiles with high strength. They have a wide range of applications in the construction sector, especially for structures that carry heavy loads. HEB profiles are used in the construction of large buildings, bridges, cranes, ships, platforms, and other large structures. In addition, HEB profiles are used in industrial facilities, mines, shelf systems, and agricultural machinery. HEB profiles are available in various sizes and strength grades, and can be used to meet different structural needs.


Usage areas

  1. Construction Structures: HEB profile is used as carrier elements in construction structures. It is especially preferred in the construction of large structures such as high buildings, bridges, tunnels. Thanks to its high strength, the durability of the structures increases.
  2. Industrial Buildings: HEB profile can also be used in the construction of industrial buildings. It is especially preferred for carrier elements of various machines and equipment. It can also be used in areas such as factories, warehouses.
  3. Bridges: HEB profile is one of the most important steel structural elements used in the construction of bridges. Thanks to its high strength, it is an ideal material for the bearing elements of bridges.
  4. Vehicles: HEB profile is also used in automotive and other vehicle production. It is especially preferred in automobile bodies and chassis construction. Thanks to its high strength, the safety of the vehicles is increased and they are made more durable.
  5. Cranes: HEB profile is also used in the construction of cranes. Thanks to its high strength, it is preferred in the carrier elements of crane arms used for carrying heavy loads. In this way, the durability of the cranes is increased.
  6. Beams: HEB profile is generally used in the construction of beams with large spans. Thanks to its high strength, the durability of the beams used for carrying large weights is increased.

HEB Profile Weight Table

HEB G kg/m h mm b mm tw mm tf mm r mm
HEB 100 20,4 100 100 6,0 10,0 12
HEB 120 26,7 120 120 6,5 11,0 12
HEB 140 33,7 140 140 7,0 12,0 12
HEB 160 42,0 160 160 8,0 13,0 15
HEB 180 51,2 180 180 8,5 14,0 15
HEB 200 61,3 200 200 9,0 15,0 18
HEB 220 71,5 220 220 9,5 16,0 18
HEB 240 83,2 240 240 10,0 17,0 21
HEB 260 93,0 260 260 10,0 17,5 24
HEB 280 103,0 280 280 10,5 18,0 24
HEB 300 117,0 300 300 11,0 19,0 27
HEB 320 127,0 320 300 11,5 20,5 27
HEB 340 134,0 340 300 12,0 21,5 27
HEB 360 142,0 360 300 12,5 22,5 27
HEB 400 155,0 400 300 13,5 24,0 27
HEB 450 171,0 450 300 14,0 26,0 27
HEB 500 187,0 500 300 14,5 28,0 27
HEB 550 199,0 550 300 15,0 29,0 27
HEB 600 212,0 600 300 15,5 30,0 27
HEB 650 225,0 650 300 16,0 31,0 27
HEB 700 241,0 700 300 17,00 32,0 27
HEB 800 262,0 800 300 17,5 33,0 30
HEB 900 291,0 900 300 18,5 35,0 30
HEB 1000 314,0 1000 300 19,0 36,0 30

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