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  • Steel in Building Systems

    Steel in Building Systems

    • EMA ÇELİK combines its experience of up to 40 years in the construction industry with its 20 years of experience in steel structures, and also carries out qualified and special steel structure designs that exceed the distances that cannot be exceeded by conventional steel structures and traditional construction systems together with project services.With the project group it has, it carries out the construction of steel structures that it is a candidate for in accordance with the “Design and Built” model. In other words, EMA ÇELİK has developed itself as an engineering company beyond a manufacturing company in relation to steel structures. In this state, it provides engineering consultancy to the demanders besides design, manufacturing and installation services.

      Especially recently, the large span, double curvature cage shell, stretched building solutions, which are highly demanded by employers and architects, have an important place in our activities in the field of steel structures.

      EMA ÇELİK manufactures steel structures in accordance with national and international standards and by applying high engineering methods and technologies.

      Construction safety,
      Ease of production and assembly,
      It has adopted the most important principle to create optimum solutions by evaluating the total economy criteria together. For this purpose, the application practices acquired by EMA ÇELİK with its producer identity are also the most important factor that facilitates achieving this optimum result.

    Why Do We Prefer Steel Structures?

    Steel structures are preferred due to their advantages to the project, which are briefly explained below.

    According to this, Steel Structures;

    It shortens the construction period with its pre-manufactured manufacturing feature. Steel structures produced in factories in the international literature are referred to as Pre Engineered structures. These structures provide the employer with the opportunity of rapid production and assembly as they are designed and manufactured prefabricated. This means that the total construction process of the construction is shortened.

    They are light and economical structures compared to reinforced concrete structures. Steel structures are designed as a much lighter structure in parallel with the density and mechanical behavior of the material. When the project is considered as a whole and throughout the life of the building and all direct and indirect benefits and gains are taken into consideration, it is seen that steel structures provide serious economy to the building owner.

    They are earthquake resistant structures. Steel structures mean a lower earthquake load and less earthquake risk and safer structure transferred to the structure with its lighter and ductile structure feature.

    Its architectural design is open to aesthetics and creativity. Structural steel provides limitless creative possibilities for designers, as it can now be processed in many different ways with factories with numerically controlled production technologies and new developing production tools.

    All elements are precise, as they are designed and manufactured with extremely high precision. All steel structural elements are industrial pre-produced. Since the tolerances are in the order of mm, the assembly is smooth and flawless.

    They are strong and durable structures. With this feature, steel bearing structures can be without columns, walls and uninterrupted spaces. When it is necessary to pass the large span, even in reinforced concrete structures, steel elements become the only option and the structure turns into a composite. Intermediate columns are absent or very few in minimum cross sections.

    It is easy to repair and maintain. Provided that it is designed correctly, it is possible to strengthen, repair, renew and / or replace all visible structural members without losing their functionality and strength. Within the design possibilities, horizontal and vertical additions can be made, new floors can be added, certain elements or sections can be removed.

    It is a material that has developed fire protection methods. Steel structures can become fire-resistant by painting with special fire-resistant paints or by methods such as coating steel elements with concrete.

    It is a recyclable material. Steel material scraps are collected all over the world and can be melted and processed in rolling mills and turned into new products.

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