Steel Columns

Steel columns are vertical load-bearing components made primarily from steel materials. They typically use hot-rolled sections (such as I-beams, H-beams, etc.) or are fabricated by welding and combining steel plates into various cross-sectional shapes, like box sections and cruciform sections. Through precise processing and treatment processes, they ensure dimensional accuracy and mechanical properties meet design requirements, capable of bearing loads from upper structures in building structures or other engineering structures and reliably transferring them to the foundation.

Main Features

• High Strength: Steel itself has high strength, enabling steel columns to bear large pressures and loads, suitable for large buildings and heavy-load structures.
• Good Toughness: When subjected to dynamic loads (such as earthquakes, wind vibrations, etc.), they can absorb energy and are not prone to brittle failure, improving the seismic performance and safety of structures.
• High Industrialization Level: Can be produced in factories with standardization, high production efficiency, easily controlled quality, and then transported to the site for installation, shortening the construction period.
• Strong Processability: Can be conveniently processed into various shapes and sizes of cross-sections according to design requirements to meet the needs of different structures.
• Uniform Material: The material of steel is relatively uniform, and its mechanical properties are relatively consistent in all directions, facilitating structural calculation and design.
• Recyclable: In line with environmental protection concepts, after building demolition, steel columns can be recycled and reprocessed, reducing resource waste.

Application Fields

Industrial Buildings: Such as factory workshops, warehouses, etc. These buildings usually require large spaces and high load-bearing capacity, which steel columns can well meet.
High-rise Buildings: In high-rise buildings, steel columns serve as main vertical load-bearing components, effectively bearing the building's self-weight and horizontal loads (such as wind force, seismic force, etc.), ensuring the stability and safety of the building.
Bridge Engineering: As bridge piers or tower columns, they bear the weight of bridge superstructures and loads generated by vehicle traffic, ensuring the normal use of bridges.
Stadiums: Large-span stadiums need to use steel columns to support the roof structure, providing column-free large spaces to meet the needs of spectators and events.
Tower Structures: Such as transmission towers, communication towers, etc. Steel columns can serve as main supporting structures for towers, ensuring their stability under various environmental conditions.