Conventional Steel Buildings
Conventional steel buildings are structures constructed using hot-rolled or fabricated steel sections, such as I-beams, H-beams, channels, and angles, assembled on-site according to traditional engineering designs. These buildings rely on individually designed and connected steel members, rather than pre-engineered or standardized components. Conventional steel buildings are highly versatile and suitable for a wide range of industrial, commercial, and high-rise applications, offering strong structural performance but often requiring longer design and construction times compared to pre-engineered systems.
Material Type: Hot-rolled steel sections (I-beams, H-beams, channels, angles). Structural steel plates, bolts, and welded connections. Can include secondary steel for bracing, roofing, and cladding
Applications: Multi-story commercial and office buildings. Industrial plants, factories, and warehouses. Airports & terminals, Skyscrapers & towers, Stadiums & arenas, Power plants, refineries, heavy industry. High-rise and heavy-load bearing structures
Foundation: Typically reinforced concrete footings or slabs designed for steel column loads. Foundations must account for heavier weight and higher loads compared to pre-engineered or cold-formed systems. Can include isolated pads, strip footings, or deep foundations depending on soil and building design
Cost: Usually higher than pre-engineered or cold-formed steel buildings. Costs increase due to custom fabrication, on-site labor, and longer construction time. Economical for very large or high-rise structures where standard pre-engineered systems may not suffice.
Quality: Very strong and durable, capable of handling heavy loads and high spans. Can be customized for complex designs or special structural requirements. Quality depends on fabrication standards, welding, and on-site assembly precision
Installation: On-site assembly of individually fabricated steel members. Requires skilled labor for lifting, bolting, and welding. Longer construction time compared to pre-engineered or cold-formed steel buildings.
Span Capabilities: Clear spans up to 450 ft