Why Steel Contruction?
Steel is the material with the highest ratio of carrying capacity to weight. Thanks to the high bearing capacity of steel, steel structural elements are produced in smaller sections and dimensions, lighter and in excellent quality.
Thanks to its high strength, flexibility and lightness, steel is the most resistant construction material against earthquakes. Its light weight allows it to withstand the blows it receives without breaking. The only factor that will reduce the earthquake force is the lightening of the structure, and in this case, it can be realized with steel structures.
Steel carrier systems (constructions) have the chance to pass wide openings in industrial structures without columns and without carriers. This both reduces the cost and allows the structure to be used in a more aesthetic way.
It offers unlimited solution possibilities in architecture, provides a much more aesthetic and future-oriented permanent problem-free use in the project.
It provides fast and smooth transition opportunities in changes to be made from time to time and in enlargement or reduction operations.
It is suitable for disassembly and reuse in several places. The material used is extremely durable and reusable. For this reason, steel structures are always more economical than reinforced concrete structures.
The assembly of the steel construction can be done very quickly regardless of the weather conditions. This allows to reduce capital and reduce construction costs.
Steel material elasticity is on average 20 times greater than wood and 10 times greater than concrete.
Its steel material can keep its life intact for hundreds of years.
Steel is a material that has economic value even when it is at the end of its life, damaged, disassembled or destroyed. It provides 100 percent recycling.
