Steel Frame Structures: Revolutionizing Prefabricated Container Housing

I. Core Advantages of Steel Frame Structures

Steel frame structures, composed of steel beams and columns, bear the entire load of a building through factory and on-site bolt connections. Their key benefits include:

1. Efficient Construction: Modular manufacturing enables precise production of steel components in factories, reducing on-site assembly time by over 50%.
2. Cost Optimization: Prefabrication minimizes labor dependency, lowers costs, and eliminates material waste common in traditional construction.
3. Sustainability: Steel’s 100% recyclability allows infinite reuse without performance loss. Recycling consumes 20% of the energy required for virgin steel production, drastically cutting carbon emissions.

II. Design Logic of Non-Load-Bearing Wall Systems

Walls in steel frame structures serve only as enclosures and partitions, offering:

• Spatial Flexibility: Users can freely adjust layouts for residential or commercial use.
• Enhanced Seismic Performance: Steel’s ductility surpasses concrete, combined with lightweight walls for higher earthquake resistance.

III. Three Types of Steel Structures

1. Light Steel Frame: Ideal for low-rise housing, lightweight, and easy to install.
2. Heavy Steel Frame: Suitable for high-rise or large-span buildings, offering superior load-bearing capacity.
3. Steel Frame Wall Systems: Integrated insulation and soundproofing improve energy efficiency.

IV. Steel vs. Traditional Concrete Buildings

V. Future Outlook

As green building policies advance, steel frame structures will dominate temporary housing and commercial projects. Their modular design and eco-friendly principles are redefining efficiency and sustainability in modern architecture.