Steel Structure Systems are reliable and long-lasting load-bearing solutions with high load capacity, widely preferred in architectural and industrial projects where structural strength is critical. The high strength-to-weight ratio of steel enables the construction of wider spans and lighter structural frames, increasing architectural flexibility, accelerating implementation processes, and optimizing project costs.

Steel structures developed with a system engineering approach are designed by considering structural calculations, connection details, corrosion resistance, and fire performance. Depending on project requirements, hybrid solutions integrated with reinforced concrete or composite systems can also be implemented.

Benefits Provided by Steel Structures

• High load-bearing capacity and superior seismic performance
• Safer and optimized foundation solutions thanks to lightweight structural mass
• Fast production, prefabrication, and rapid installation advantages
• Reduced column requirements through large-span capabilities
• Appropriate coating and protection applications against fire and corrosion
• Potential for dismantling and reuse in different projects
• Sustainable and recyclable construction material

Application Areas

Steel structure systems can be applied across a wide range of projects:

• Industrial buildings and production facilities
• Warehouses and logistics centers
• Airports, terminals, and transportation facilities
• Multi-storey buildings, office buildings, and shopping malls
• Sports halls and large-span event structures
• Residential projects and light steel building systems
• Steel roof and façade load-bearing systems

System Approach and Implementation Process

• Structural and static analysis engineering
• Shop drawings and prefabricated production
• Rapid on-site installation and quality control processes
• Fire protection, corrosion protection, and surface treatment applications
• Integration with reinforced concrete and composite systems when required