Faster
Building with LGSF takes up to three times less time compared
to traditional construction technologies!
EASIER
No matter the type or purpose of the construction project, the
execution is easier!
MORE PRECISE
Light steel structures are pre-assembled in factory conditions. Construction work can continue even during the cold months without impacting execution accuracy!
MORE RELIABLE
Steel has the highest weight/carrying capacity ratio among all known construction materials. The structure is lightweight, and the buildings have exceptional seismic resistance!
HIGHER QUALITY
Buildings made with LGSF have a very high level of thermal and sound insulation, which directly affects the quality of life!
MORE REASONABLE
Buildings constructed with LGSF are long-lasting and require relatively lower initial investment and maintenance costs. The result of all this is the best QUALITY/PRICE ratio compared to traditional construction technologies!
OUR ACTIVITY
Design of LGSF
We use specialized engineering CAD software for designing, optimizing, and structurally examining construction design at a professional level. More information: We work with high-tech engineering…
Manufacturing of galvanized
C-profiles
We produce cold-rolled, thin-walled steel profiles with webs of 89 mm and 140 mm, and thicknesses of 0.8-1.2 mm, which are suitable for various types of constructionMore information: We manufacture cold-rolled, thin-walled…
Installation of LGS Frames
Kovamax Ltd carries out the assembly and complete installation of the structure of the project. More information: We assemble Light Gauge Steel (LGSF) from the produced profiles either in our manufacturing…
BENEFITS OF USING LGS FRAMES
A high level of sound and thermal insulation provides better living comfort.
Fast construction – the structure can be installed within 5-7 working days.
0% construction waste – LGS is an eco-friendly technology that does not generate construction waste on-site.
Buildings constructed with LGSF are durable throughout their entire operational lifespan. Lower investment and operational costs compared to traditional construction technologies.
Light Gauge Steel structures are much more resistant to earthquakes, fire, or other disasters compared to buildings constructed with classical technologies.
It is made from steel – the most recyclable material currently in use. LSS is a precise technology with 0% waste and 100% efficiency in material usage.
WHAT IS THE LGS CONSTRUCTION TEHNOLOGY?
LGSF construction technology is widely used in the USA, the UK, and Australia, and for the last 20 years has been successfully replacing traditional construction technologies. Once construction is complete, the building will look no different from one built using reinforced concrete or wooden prefabricated structures, as the same classic building materials can be applied to the interior, exterior, and roofing.
The main material used in the modern LGS system is a galvanized steel sheet suitable for cold rolling. The structure of the building is twice as light as that made from wood, resulting in very high seismic resistance. Provided that construction technology is followed and the light steel structure is properly insulated, the normal service life is 150 years.
The construction time for buildings with LGS is twice as fast compared to classic building systems. Nowadays, this is crucial in the construction industry – the structure can be assembled on-site in just a few days. Unlike wooden construction, LGS does not deform during its service life; no cracks appear; the steel is impervious to pests; it is galvanized on both sides and is protected from corrosion in the long term.
WHY IS THE LGS CONSTRUCTION SYSTEM THE BEST CHOICE?
LGS technology is the perfect choice for anyone looking to build an eco-friendly and sustainable building over time.
Light steel structures are incredibly strong despite being lightweight, and on-site assembly is easy, without the need for specialized equipment and heavy cranes. This saves time labor and energy costs. Due to the lower weight of the building, its earthquake resistance is at an exceptional level.
The lightweight steel structure is designed using specialized CAD software. Each C-profile has a specific spot in the framework. They come off the production line cut to the exact size, marked with an identification code, and the holes for connections are drilled before being assembled on-site or shipped to the construction site for installation. There’s no need for expensive cutting and welding equipment on-site, and the chances for errors have been eliminated, which helps further reduce costs and overall project completion time.
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