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Light gauge steel systems are building solutions preferred for residential, commercial, social, office, modular, and various architectural applications thanks to their low structural weight, fast installation, controlled production process, and adaptability to different functional requirements.
Each project is evaluated individually by considering the intended use, building dimensions, number of storeys, spans, load requirements, climatic conditions, insulation needs, and site conditions.
The process is managed comprehensively through needs analysis, technical design, production, transportation, installation, cladding, insulation, and final inspection stages.
Light gauge steel is a structural system formed by assembling thin-walled galvanized steel profiles into modular wall, floor, and roof components.
Depending on the scope of the project, the following applications may be provided:
Light gauge steel profiles can provide a lower structural weight compared to heavier conventional structural systems.
This may offer advantages in foundation and structural design.
A significant portion of the structural components can be manufactured in a controlled production environment and delivered to the site ready for installation.
This allows on-site construction time to be managed in a more planned manner.
Light gauge steel systems can be adapted to different layout requirements and developed modularly according to project needs.
Producing profiles with precise dimensions and standardized manufacturing processes helps ensure better control over construction tolerances.
Thermal, acoustic, and moisture insulation solutions can be integrated into wall, roof, and floor assemblies.
Where technical conditions are suitable, additional floors, extensions, or independent lightweight structures can be added to existing buildings.
Villas, detached houses, and residential buildings of different scales can be designed using light gauge steel structural systems.
Fast-installation and flexible planning solutions can be developed for offices, administrative areas, and working spaces.
Building systems composed of repeatable modules can be planned in different sizes and functions according to project requirements.
Light gauge steel systems can be used for dining halls, recreation areas, training units, social facilities, and similar projects.
New functional areas can be created either connected to or independent from existing buildings.
Light gauge steel roof structures can be developed according to the building span, slope, and roofing requirements.
Load-bearing or partition wall systems can be planned together with the required insulation and cladding layers.
Each project is handled individually according to its function, architectural requirements, site conditions, and technical needs.
The intended use, building size, number of storeys, required spaces, and user requirements are identified.
The application area, ground conditions, levels, environmental factors, access opportunities, and installation conditions are examined.
Floor plans, spatial layouts, door and window openings, circulation areas, and overall building geometry are defined.
Load-bearing walls, floor elements, roof systems, and connection details are designed.
Profile dimensions, member layouts, connection points, and required production drawings are prepared.
Galvanized light gauge steel profiles are cut, formed, and prepared for installation according to project dimensions.
Manufactured components are delivered to the site according to the planned installation sequence.
Wall panels, floor elements, and roof systems are assembled on site to form the main structural system.
Thermal, acoustic, and moisture insulation systems, along with interior and exterior finishes, are applied according to project details.
The structural system, connections, surface applications, and overall project compliance are inspected before the building is handed over ready for use.
Light gauge steel systems can provide advantages in residential projects through fast production and flexible planning.
Living rooms, kitchens, bedrooms, bathrooms, storage areas, and other living spaces can be planned according to the architectural project.
The following elements are considered as an integrated system:
Light gauge steel systems can provide suitable solutions for offices, social facilities, and support buildings requiring rapid installation and modular use.
These systems may be used for:
Modular light gauge steel buildings can be adapted to different functions through repeatable dimensions and controlled manufacturing processes.
Depending on the project, modules can be planned:
These systems may be considered for projects where future expansion or changes in use are expected.
Light gauge steel roof systems can be used in residential, commercial, social, and various other building types.
Depending on project requirements, the following elements can be planned together:
Proper wall, floor, and roof assemblies are important for building performance in light gauge steel structures.
Depending on project requirements, the following materials and solutions may be considered:
Light gauge steel structural systems can be used with different façade and interior finishing systems.
Depending on project requirements, the following may be considered:
Gypsum boards and different panel systems may be used for interior surfaces.
Water-resistant surface solutions can be selected for wet areas.
Light gauge steel systems may be considered for creating additional usable areas in existing buildings.
Where technical conditions are suitable, the following solutions can be developed:
In such applications, the existing structural system and the additional loads must be technically evaluated.
These form the main elements of load-bearing wall, floor, and roof systems.
These ensure secure connections between profiles and other building elements.
These may be used in wall and floor systems to provide rigidity, create surfaces, or form a substrate for finishes.
These can be incorporated into wall, floor, and roof assemblies to improve thermal, acoustic, and moisture performance.
Different cladding systems can be selected according to architectural design and external environmental conditions.
Gypsum boards and various panel systems may be used to form interior surfaces.
In factories and industrial facilities, support buildings required alongside the main production structure can be constructed using light gauge steel systems.
Examples include:
These can be designed according to the overall facility layout.
Existing light gauge steel buildings may require modifications when functional requirements change or non-structural components need renewal.
Following a technical assessment, the following works may be carried out:
To accurately determine the scope of a light gauge steel project, some basic information is required.
The following information may be shared to speed up the initial evaluation:
It can be used for villas, residential buildings, offices, social facilities, modular structures, administrative buildings, extensions, and various small- to medium-scale projects.
Yes. Systems can be designed according to building dimensions, intended use, architectural layout, and technical requirements.
Yes. Multi-storey light gauge steel solutions can be developed when the project conditions and structural design are suitable.
Yes. If the existing structure has sufficient load-bearing capacity following technical assessment, additional light gauge steel floors can be considered.
Yes. Suitable insulation layers can be integrated into wall, floor, and roof systems.
Yes. Structural, façade, insulation, and protective details can be designed according to outdoor environmental conditions.
Controlled manufacturing and modular installation can allow the site process to be completed more quickly and systematically compared with many conventional methods.
Yes. Where technical and architectural conditions allow, additional modules or functional areas can be added.
Depending on the project scope, design, structural production, installation, insulation, cladding, and complementary applications can be managed together.
Light gauge steel buildings are designed by evaluating their intended use, dimensions, site conditions, insulation requirements, and technical needs together.
For residential, office, social facility, modular building, extension, and various other projects, a comprehensive process can be managed from needs analysis and technical design through to production, installation, cladding, and final inspection.
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