Why LGSF Technology?

Individuality is highly valued in construction, and all client suggestions and requirements are taken into account. All design calculations are carried out in accordance with applicable international standards. On the construction site, the assembly and installation of building components and the entire structural frame are performed.

Instead of Stone and Concrete

LGSF (Light Gauge Steel Frame) technology was introduced from Europe. Today, in developed countries, around 80% of low-rise buildings are constructed using this method. As one of the most suitable solutions for mid-range homes, LGSF can also serve as the basis for luxury and modern houses distinguished by unique architectural design.

In recent years, there has been a significant growth in LGSF construction. This system allows structures to be installed on strip foundations or on traditionally cast reinforced concrete slabs.

Advantages of LGSF Technology

LGSF technology is the optimal solution for low-rise construction. Compared to traditional building methods, it offers numerous advantages, most of which are related to the unique properties of steel.

1. Weight and Strength

Compared to other building materials, steel offers the best strength-to-weight ratio while also being sufficiently flexible. This makes it indispensable for the construction of earthquake-resistant and storm-resistant structures.

2. Durability and Longevity

Steel is an extremely durable material. Unlike other materials, it does not expand, shrink, or warp over time. It does not cause cracks or deformation of floors, doors, or window openings, eliminating the need for costly repairs.

3. Environmental Resistance

Galvanized steel does not corrode and is protected against mold and insects.
Steel also has excellent thermal resistance and performs well under sudden temperature fluctuations.

4. Fire Resistance

Steel has high fire resistance.

5. Environmental Safety

Steel is environmentally safe and does not emit organic compounds.

6. Fast Construction

Record-breaking construction speed is especially important in commercial projects, where the developer’s revenue directly depends on how quickly the building is put into operation. The LGSF frame is similar to a construction set that requires only a screwdriver for assembly. On the construction site, there is no need for cutting, measuring, or adjusting anything, as all components are precisely pre-fabricated in advance using advanced high-precision equipment.

7. High Quality and Precision

The use of modern design and manufacturing technologies makes it possible to minimize the impact of the human factor on construction quality. Dimensional accuracy is achieved through the use of CAD software. After receiving the required measurements, the factory produces all necessary components with perfect precision.
Accurate wall and ceiling dimensions eliminate the need for leveling with plaster. All components are numbered and delivered to the construction site, where builders simply assemble them together.

8. Design and Architectural Flexibility

The use of LGSF allows for more efficient utilization of space. The thickness of exterior walls is approximately 20 cm. All utilities are installed inside the walls, which is both construction-efficient and aesthetically appealing from a design perspective. Open and spacious layouts align with modern design trends and are more attractive to buyers.

9. Technological Advancement and Efficiency

The high level of technological advancement in LGSF lies in minimizing both human labor and technical resources. Only a small number of workers are required for construction. A 3–4 person crew can assemble the structural frame of a 100–150 m² house within 5–7 days, significantly reducing construction time and overall costs.

Design and Construction Stages

LGSF construction is carried out in clearly defined stages, ensuring precision, efficiency, and high quality.

1

Design and Structural Calculations

Individuality is highly valued in construction, and all client requirements, suggestions, and feedback are taken into account. All design calculations are carried out in accordance with applicable international standards.

2

On-Site Installation

On the construction site, the assembly and installation of building components and the entire structural frame are carried out. The metal components are so lightweight that the entire construction process can be performed manually, without the use of heavy construction equipment.

3

Frame Assembly and Fixing

To minimize the need for temporary installation bracing, the frame is simultaneously sheathed with OSB (oriented strand board) panels during assembly. After being covered with OSB panels, the frame becomes fully rigid, allowing the construction process to proceed to finishing works.

Applications

Private and Multi-Unit Residential Buildings

Private and Multi-Unit Residential Buildings

Industrial and Warehouse Facilities, Shopping & Entertainment Centers, Office Buildings

Industrial and Warehouse Facilities, Shopping & Entertainment Centers, Office Buildings

Educational Institutions, Medical Centers

Educational Institutions, Medical Centers

Agricultural Facilities

Agricultural Facilities

Hotels and Guesthouses

Hotels and Guesthouses

Public Housing Facilities

Public Housing Facilities

Military Bases and Administrative Buildings

Military Bases and Administrative Buildings

Extensions and Additional Floors

Extensions and Additional Floors

LGSF Profiles

ԹՊԿ պրոֆիլներ

Facades and Partitions

Facades and Partitions

Intermediate Floor Trusses

Intermediate Floor Trusses

Roof Trusses

Roof Trusses

Let’s Start Your Project

Leave your details and we will contact you to discuss the details and provide a cost estimate