Services

Steel Construction Warehouse and Hangar Buildings

Steel warehouses, produced from light steel system with weldless system technology, can be produced from 4 m to 10 m in height in accordance with the needs of the customers. In such structures, it can be done with the installation of a suspended crane or mobile crane when necessary. Such warehouses have been established at home and abroad in very different features and sizes and offered to customers. These options include insulating the walls and roof and determining this type of insulation according to the region where the building will be installed. In this way, the products to be stored in the warehouse are protected in a healthy way. It can be produced in accordance with all kinds of climatic conditions.

The fact that the sheets used in the production of steel warehouse buildings are produced with galvanized and weldless system technology extends the life of the building, and also repeatedly It allows disassembly and assembly.

Steel hangar buildings, with a single span up to 22 m, using a light steel system as in steel warehouses, It can be produced without a column. In this way, we can find solutions to our customers’ needs with less cost and better quality.

As in steel warehouses, it is possible to use cranes in steel hangar buildings as needed. Again, according to the needs, walls and roof coverings made of insulated sandwich panels can be covered when necessary, or only with corrugated galvanized sheet when not needed. Wall and roof purlins, roof trusses and wall columns used in steel hangar buildings are completely drawn by special computer programs and loaded onto computer aided machine lines. In this way, the problem of error in production is prevented and an easy assembly process is experienced at the construction site.

Steel Project Drawing

Due to its geological and topographic structure, earthquake resistant building design is very important in our country where earthquakes that cause high damage are frequently experienced. Due to the economic and earthquake resistant design criteria, the selection of building systems by civil engineers is an important field of study.

Structural Steel

Steel construction systems, which are mostly preferred in industrial buildings, sports complexes and bridges in our country, have gained prevalence in the last 15 years regarding their use in residences.

Structural Steel Characteristics

High Strength

Elastic Module; higher than other materials. Thanks to the high strength, the volume of steel used in the structure is reduced and it ensures that the structure is relatively light.

Ductility; It can make large deformations and is suitable for plastic calculation. Therefore, it provides a suitable solution for earthquake resistant design.

Carrier System Selection

Types of Carrier System:

• Moment Transmitting Frame
• Central Braced Frame
• Eccentric Crossed Frame

Moment Transferring Frame

• They are systems created to meet the lateral loads (earthquake, wind, etc.) bending and shear effects of steel columns and beams by means of moment-transmitting connection tools.

Central Braced Frame

• The system consisting of steel columns, beams and braces acts as a vertical truss system and meets the horizontal loads (Earthquake, wind).

Outer Center Braced Frame

• Steel consists of columns, beams and braces and elements called links separated from beams to which braces are connected. It shows beam and truss system behaviors together. It is a hybrid system consisting of a moment-transmitting frame and a central braced frame.

Outer Center Braced Frame

Advantages of eccentric braced frames:

• High elastic rigidity

GKT Design Philosophy

• Design with Safety Factors; It is based on the principle that the safe strength value for all structural elements is equal to or greater than the required strength calculated under the loads and load combinations mentioned in the regulation.YDKT Design Philosophy
  • Design with Load and Strength Factors; It is based on the principle that the design strength value for all structural elements is equal to or greater than the required strength calculated under the loads and load combinations mentioned in the regulation.

Machine Manufacturing

Machine manufacturing It is very useful in developing the production line of the developing technology, reducing costs and generating more income. In order to reach high production standards, the use of special machines should be part of the developing market understanding. Machines support fast production. In this respect, special machines will carry a content that accelerates and facilitates the work. In this field, machines with very advanced technology have been produced recently. In this way, the work becomes faster and higher quality. Machines are products that work at the same quality and capacity throughout their working life, help save space and the number of employees, and increase the width of the production band with different and technological products. Works that take a long time to be produced with human power and involve some dangers can be done without danger and in the fastest way with these machines.

Material Transport Crates

It is used for packaging and transferring consumed products such as food and bakery products. It is used in the process of transferring electronic products supported by filling materials. It is needed in the process of transferring the products between the warehouse and the service area in businesses such as supermarkets and DIY stores. they are used in order to realize them without confusion. The fact that they are manufactured with recyclable materials has a more protective effect on the nature. It can be re-manufactured by recycling.

These products can be used in the transfer of any product that needs to be transported protected in the industrial area. It can be preferred for operations such as collection, transportation and storage in every sector. It is a highly efficient transportation vehicle product. It allows a large number of products to be transferred both in bulk and easily at once.

Steel Buildings

Steel Buildings are structural systems where all carrier systems are produced from steel and assembled. Steel’s high strength, flexibility and lightness make it the best earthquake resistant construction material. It is a building material that can withstand the impacts it receives and prevents the impact that comes with slight deformations without breaking. Steel structure is light; The greater the mass of the structure, the greater the force it will be affected by the earthquake. The only factor that will reduce the earthquake force is the lightening of the structure. Steel houses are about 6 times lighter than reinforced concrete structures; This reduces the earthquake load on the building by 6 times. In addition to low cost advantages, manufacturing and The advantages of labor and time saving in assembly have also led to an increase in steel buildings recently. Details that are statically difficult to solve with reinforced concrete Steel buildings can be solved more easily in projects. Steel Buildings also provide protection against lightning, unlike other carrier systems; Because the steel frame creates a path to the ground, reducing the risk of explosion, minor fire and personal injury. In modern and future-oriented buildings, another important factor brought by steel is flexibility in layout. Adaptation of our rapidly changing lifestyle to our spaces makes it easier and more economical in steel structures. You can meet your needs by removing non-load-bearing partition walls or changing their places according to the conditions that may occur after years.

Structural Reinforcement

Structural reinforcement systems, in which modern and classical systems are used separately or together, increase the earthquake resistance of buildings and help buildings show higher resistance against all kinds of external factors. While systems in accordance with the current building regulations are applied in new buildings, it is ensured that buildings become healthier by making use of structural strengthening techniques in old buildings. It can be done by using a single technique, or by using many different techniques together, it is possible to strengthen the structures. The techniques and/or types of techniques to be used depend on the nature of the damage and repair areas in the building. Determining the techniques used for strengthening the structures is possible with the material to be used. According to the area to be strengthened, the most suitable material and technique is determined and studies are carried out. It is important to carry out the structural reinforcement process professionally with the right techniques, to prevent loss of life and property and to reduce the costs that will increase accordingly. The advantages of building strengthening studies are as follows;

1-)Allows old buildings to be strengthened against earthquakes and similar situations with less cost.
2-)The structure continues to be used without losing the existing features.
3-)Destroying and rebuilding a building,

The elimination of huge costs such as is an important advantage provided by structural reinforcement systems.

Steel Roof Applications

Steel roof applications are generally preferred more on the roofs of buildings such as factories, industries, etc. The reason is the wind. and factory steel applications are made with a quality and robust material in order to be installed in areas where there is plenty of storm and not to spend on a re-build. All the works carried out in the category of steel roof systems increase the usefulness of the spaces. These steel roof options, which have professional use, combine the quality use options you are looking for. In steel roof designs, the height and width of the building are calculated. It is among the strongest roof systems in terms of durability. Round and diagonal designs are determined according to the structural features of the building. Steel, which is not affected by events such as water intake, overturning, rupture and displacement like other roofs, is a forward-looking structure in terms of the assurance of your health. Steel roof models are assembled quickly after the area that can be applied on the roof of your building is selected. Materials made of steel have a very important effect in terms of being suitable for long-term use, being durable and not aging. In this way, the absence of distortion plays an active role in having a very advantageous structure.

Roof and Facade Coatings

Roofing is the process of covering the skeletal structures of the roof parts of the buildings with many different materials. This application has many different advantages to people. Roofs are covered with metal or wooden materials after processes such as water insulation and thermal insulation are done. It can be mentioned that the number of materials used during these processes is quite large. Thanks to the materials considered as the protector of a roof, roofs show usability performance for many years. In order to increase the quality of life in buildings and to be better protected from seasonal conditions, it is of great importance that the materials are of high quality. Roofing services, which are extremely successful in thermal insulation, offer the opportunity to save energy at a high rate. There are many different types of materials used in this process. There are many important advantages of using coating systems. Taking advantage of these systems allows people to save money in many different areas. These systems, which are effective in heating the spaces more easily in snowy regions, help the ceilings of the buildings to remain more with their waterproof structures. At the same time, these roofs, which are made at affordable prices, last for many years and are user-friendly products.