One of the features of the LSF structure

Very high speed of execution and installation: LSF method creates the opportunity for builders to return their capital in the shortest time with the best construction quality.

For example, only 120 working days are needed to build a four-story structure with a thousand square meters of infrastructure.

Cultural compatibility of the interior and exterior of the structure with traditional structures: in the exterior, various facades such as stone, brick, facade PVC, wooden or aluminum, paint, tile, ceramic, etc., in the interior, just like traditional walls, it is possible to apply paint, wall paper, etc., which makes it no different from the usual and traditional buildings.
< li class="whtxt">Good sound performance: Insulation inside the walls causes no sound transmission and proper sound performance of these buildings
< strong class="yellowtxt">Resistant against fire: All elements of this system, including heat and sound insulation, have fireproof standards
The need for less workshop space and more safety in the workshop
Light weight: LSF structures ) have light weight, which has led to increased safety in LSF structures. SF structures (LSF) have been designed and popularized with the aim of dealing with earthquakes. These structures have strong and light-weight steel skeletons that react well when high stress or thrust energies such as earthquakes are introduced. One of these reactions is the distribution of energy in the surrounding structures by bolt and nut connections, which ultimately neutralize the energy between the structure's connections. Also, these structures are presented based on the current standards of the construction industry and are fully monitored. They are made in factories and implemented at the employer's place. In the implementation of these structures, careful monitoring is used to make the connections between the structures according to the defined standards. With this account, safety in LSF structures is at the world level and has been observed in all respects.
High durability:  The cold rolling process that is carried out on LSF structures leads to an increase in the durability of these structures. LSF structures in the cold rolling process are first heated and then their cooling operation is performed at once. This work creates carbon between the layers of their elements and this increases the durability of the steel. Also, the cold-rolled steel loses its brittleness and flexibility, and this leads to greater durability of the building during an earthquake or fire. will be In this sense, safety in LSF structures is well respected.
Strong skeleton: The skeleton of LSF structures (LSF) is made using cold rolled steel or CFS. In this skeleton, all safety measures, including the use of trusses, diagonal joints, etc., are well used. Trusses transfer energy from horizontal to vertical surfaces. Intentional surfaces have the ability to spread the incoming load over the entire surface. So the energy that enters horizontal surfaces such as ceilings is divided and neutralized in the walls. Also, the diagonal joints bring the load on one area of ​​the wall crosswise to other parts of the wall, and as a result, the thrust energy and stress that is applied to the wall is divided and neutralized in the wall itself. With these operations and standards, safety in LSF structures is well respected.