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Steel construction offers a wide range of applications, from industrial facilities and commercial buildings to warehouses, production areas, and custom engineering projects, thanks to its high load-bearing capacity, fast installation, and adaptability to different building types.
Each project is evaluated individually by considering its intended use, structural spans, loads, site conditions, connection details, installation method, and environmental factors.
The process is managed comprehensively through site survey, technical analysis, project planning, fabrication, surface treatment, transportation, installation, and final inspection stages.
Steel construction is the design and implementation of structural systems consisting of columns, beams, bracing elements, trusses, profiles, plates, and connection components using structural steel.
Depending on the scope of the project, the following applications may be provided:
Steel profiles can carry high loads when designed with appropriate sections and connection details.
Steel systems can provide efficient solutions for production, warehouse, and industrial areas where the number of intermediate columns needs to be minimized.
A significant portion of steel components can be fabricated off-site and delivered ready for installation, helping to reduce and better control on-site construction time.
Bolted systems can be dismantled, extended, or adapted to changing layouts when required.
New steel structures can be connected to reinforced concrete, prefabricated, or existing steel buildings through project-specific connection details.
Project-specific solutions can be developed for factories and production facilities exposed to intensive use, high loads, and demanding site conditions.
Main structural systems consisting of columns, beams, bracing elements, and connection components are fabricated and installed in accordance with the technical project.
Steel roof structures and truss systems can be implemented for industrial buildings, warehouses, workshops, and different building types.
Steel mezzanine systems can be designed to create additional usable space within existing buildings.
Steel platforms suitable for required loads can be developed for machinery, maintenance, service, and operator access.
Steel stairs, landings, and walkways can be planned together with the main structural system to provide access between different levels.
Custom supporting structures can be fabricated for production machinery, conveyors, tanks, and technical equipment.
Steel canopy systems can be implemented for loading areas, entrances, dispatch zones, and outdoor working areas.
Additional profiles, bracing, plates, and connection strengthening can be applied to existing structural systems following technical assessment.
Each project is handled individually according to its intended use, load requirements, site conditions, and existing structural conditions.
The intended use of the structure, required loads, dimensions, usage intensity, and project expectations are identified.
The existing building, ground conditions, connection points, installation areas, equipment layouts, and site conditions are examined.
The general arrangement of columns, beams, trusses, bracing elements, and other structural components is determined.
Profile sections, connections, anchor points, plate details, and required technical drawings are prepared.
Steel profiles, plates, sheet components, and connection elements suitable for the project are prepared according to the production plan.
Profiles and steel plates are cut, drilled, and processed according to project dimensions and required geometries.
Structural components are assembled under workshop conditions in accordance with project details.
Steel components are prepared for painting, galvanizing, or other protective coating systems according to environmental conditions.
Fabricated components are delivered to the site and assembled, aligned, and fixed according to the installation sequence.
Connections, dimensions, structural stability, surface quality, and overall site compatibility are inspected before the system is handed over ready for use.
Steel roof systems can be used in projects requiring wide spans and lightweight yet durable structural solutions.
Depending on project requirements, the following components can be planned together:
Steel mezzanine solutions can be implemented to increase usable floor area within existing buildings.
Load-bearing capacity, column positions, stair access, floor systems, and connection details to the existing structure are evaluated together.
These systems can be used for:
Steel platforms can be implemented to provide safe access to machinery, equipment, maintenance, and service points or to create technical working areas.
Depending on the project, the following elements are considered as an integrated system:
Industrial facilities may require custom support structures for machinery and technical equipment.
These systems are designed by considering equipment weight, operating movements, vibration, maintenance access, and the surrounding production layout.
The following applications may be developed:
Existing steel structures may require modification over time due to changes in usage, installation of new equipment, or increased capacity requirements.
Following a technical assessment, the following works may be carried out:
Steel profiles and surface protection systems are selected according to load-bearing requirements, environmental conditions, corrosion exposure, and project specifications.
IPE, IPN, HEA, HEB, hollow sections, tubular profiles, and various other steel sections can be used depending on structural requirements.
Used for base plates, connection plates, reinforcement elements, and custom joint details.
Bolted systems can provide advantages in installation, dismantling, and future modifications.
Welded connections can be used in workshop or site conditions depending on project requirements.
Hot-dip galvanizing can be considered for long-term corrosion protection in outdoor, humid, or corrosive environments.
Primers, industrial paints, and other protective coating systems suitable for indoor and outdoor conditions can be applied.
Steel construction applications in industrial facilities are directly related to production processes and machinery layouts.
For this reason, the following factors are considered together during project planning:
In active production facilities, installation works can be phased to minimize disruption to ongoing operations.
Strengthening may be required when operating loads increase, new equipment is added, or structural requirements change.
Depending on the technical assessment, the following solutions may be developed:
To accurately determine the scope of a steel construction project, some basic information is required.
The following information may be shared to speed up the initial evaluation:
Steel construction can be used for factories, warehouses, production facilities, workshops, commercial buildings, roofs, platforms, mezzanines, and various custom engineering applications.
Yes. Suitable solutions can be developed after technically evaluating the existing structural system and connection conditions.
Yes. Steel mezzanine systems can be implemented if the existing building height, load-bearing capacity, and functional requirements are suitable.
Yes. Following technical assessment, strengthening works can be carried out using additional profiles, plates, bracing elements, or connection components.
Yes. Steel structures can be designed for outdoor use with appropriate protective coatings, paint systems, or galvanizing.
Bolted and modular systems can be dismantled and reinstalled in another location if technically suitable.
Yes. Depending on the project scope, fabrication, transportation, site installation, alignment, connection, and final inspection can be managed together.
Yes. Systems can be fabricated according to project-specific dimensions based on building geometry, structural loads, and site conditions.
Yes. Installation can be planned in phases by considering production operations and site safety.
Steel construction systems are designed by evaluating the intended use of the structure, load-bearing requirements, site conditions, and technical needs together.
For new steel buildings, roofs, mezzanines, platforms, machinery support structures, existing building extensions, and strengthening projects, a comprehensive process can be managed from site survey and technical design through to fabrication, installation, and final inspection.
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