HEAVY STEEL
Pre-produced steel structures that offer unlimited alternatives for your wide residential area, long building height needs; It is preferred in order to be designed in a form suitable for comfortable, durable, safe, robust, long-lasting and flexible dimensions. The manufacturing and assembly times of the pre-manufactured buildings are very short and they are suitable for repeated use in different areas by being dismantled with all their components. In addition to being useful, the fact that they are much more easily available also brings these structures one step forward.
The quality of the material to be used in a building will take the standards and life of that building to the next level. The important detail in this process is to be able to bring together much higher quality building materials with appropriate numbers and to present the structure that will emerge in a much healthier way. Heavy Steel is mostly compared with light steel structures today.
What are the Differences Between Heavy Steel and Mild Steel?
- Heavy steel is much more costly than light steel structures, but product procurement is much easier. If you want to create a better quality roof system with lower budgets, you can choose light steel.
- Due to the fact that light steel profiles are frequently located in the panels made of light steel, the carrier system is damaged in future modifications. Therefore, optional modifications cannot be made.
- Due to its high strength, the ratio of the self weight of heavy steel to the useful load is very small.
- Since light steel systems cannot carry heavy loads, heavy facade cladding materials are not used. Due to the high load-bearing capacity of heavy steel systems, it gives you freedom in the choice of facade cladding and insulation materials.
- Light materials are used in flooring due to the low load carrying capacity in light steel systems. Therefore, you can have sound insulation and sound insulation in heavy steel systems, reinforced concrete structures.
Why Choose Heavy Steel?
- It has the capacity to carry a lot of load. It can carry 10 times more load compared to reinforced concrete structures.
- Considering the earthquake risk, heavy steel structures are still more durable than reinforced concrete.
- Heavy steel production is carried out in the factory environment, so it is not affected by adverse weather conditions.
- It can change shape a lot thanks to its flexible structure. The heavy steel structures that succeeded in surpassing reinforced concrete once again with the freedom of design attract attention in this context.
Heavy steel structures, which have recently become more popular thanks to the many advantages they provide, can be evaluated in many different areas, and the expansion of these areas day by day increases the benefit to a certain extent.
With the heavy steel system, we build structures such as hangars, factories, workshops, hospitals, schools, bridges, social buildings, government buildings.
LIGHT STEEL
- Human error is minimized in the pre-produced steel system. If the profiles are manufactured from sheet metal in accordance with the specifications, designed and produced with a computer and assembled in accordance with the technique, the structure is correct and safe.
- It is 10 times lighter than other structure types because it consists of thin section steels. It is much less affected by earthquakes than other structures. It is a light and robust system that can be applied even in bad ground conditions.
- Due to its high strength, the ratio of the self weight of light steel to the useful load is very small.
- Profiles show homogeneous, isotropic, high ductility properties. Element properties are the same in all profile sections with controlled production.
- Thanks to quick and easy assembly, the construction time is shortened.
- It can be built continuously, regardless of weather and climatic conditions.
- There is no drilling and breaking since installation holes can be drilled during the factory production.
- Suitable for multiple production. Building units that can be prepared in packages can be easily stored.
- Since the system elements do not consist of materials that work and change shape as in other construction techniques, they do not show any structural changes when properly insulated. It does not cause the formation of insects and similar pests.
- Corrosion resistance provided by galvanization in light steel carrier systems ensures a long life of the system.
- If the system is supported with different steel elements, it can be made in more than three floors.
WHAT ARE THE ADVANTAGES OF LIGHT STEEL HOUSES?
STURDY!
Against the risk of earthquake, which is the biggest natural disaster, LIGHT STEEL STRUCTURE SYSTEMS are much stronger than reinforced concrete structures of the same size. Since the total weight of the structure is approximately 80% lighter than the reinforced concrete building, lateral earthquake loads are greatly reduced.
FAST!
The time from the excavation stage of your 150 m² building to turnkey delivery is only 60 days.
ERROR FREE!
Since all the carrier panels that make up your building are manufactured in our computer-controlled production facilities, there is no margin of error.
LONG LASTING!
All profiles used are made of galvanized material with high zinc coating. Thanks to the superior insulation technique applied during installation, your building is long-lived.
ATTRACTIVE!
It offers indispensable structures for earthquake zones. It does not break, rotate or crack. Thanks to the grounding feature of the steel structure, it does not pose a lightning risk.
HEALTHY!
It provides high heat and sound insulation and protects your building from water and corrosion. Fire safety is at a high level.
NO PROBLEM!
There are no uncertainties in the construction, continuously prolonged construction periods, cost increases, lack of qualified personnel and similar problems. All materials used have TSE standard. Guaranteed.
WHAT ARE THE USAGE AREAS OF LIGHT STEEL HOUSES?
Light steel structure systems using light steel structure profiles;
* Detached houses from one floor up to three floors,
* Villas,
* Vineyard houses,
* School and dormitory buildings,
* Cooperatives,
* Commercial buildings,
* Factory buildings,
* Additional floors to existing structures,
* It can manufacture and construct construction site and outbuilding buildings.
PREFABRICATED BUILDINGS
Structures in which the constructed buildings are built using fabricated materials are generally called prefabricated buildings. It can be made in two floors at most. They are structures that are created by buying and using ready-made parts from the factory, not by producing the parts used to build the building on site. Today, while the prefabricated building area has expanded considerably, it has become more preferred due to its advantages. The advantages of structures built with parts placed on a concrete floor, such as being less costly and emerging in a short time, cause prefabricated structures to be preferred in many places.
WHAT ARE THE CHARACTERISTICS OF PREFABRICATED BUILDINGS?
The most important feature of prefabricated buildings is that they are economical. One of the advantageous features of such structures is that materials can be obtained from fabrication at a lower cost and with easy labor compared to on-site production. Removing the produced parts from a single mold is among the factors that reduce the cost. The fact that its installation is planned in advance and can be built in a short time if needed, makes it meet the needs like the houses offered to earthquake victims in a short time. At the same time, using more practical materials makes it easier to complete and deliver the job in a short time. Due to the flexibility of the materials, it is possible to say that they are resistant to natural soil events and earthquakes.
WHAT ARE THE ADVANTAGES OF PREFABRICATED BUILDINGS?
One of the most important advantages of prefabricated buildings is the construction technique that makes it possible to save time and money. Prefabricated structures that can be shaped according to the desired plan and project and can be installed on a concrete floor of the desired size also do not contain any factors that may cause environmental pollution. The parts that are not satisfied in such structures can be changed upon request. The fact that the materials used in roof and wall coverings can offer options for every taste is among the advantages of prefabricated buildings. Prefabricated buildings are structures that everyone can build according to their own taste and wish. It is possible to move parts, which can be useful without being tied to any plan or project.
WHAT IS CONCRETE?
The word "concrete" originating from the word "bitumen" meaning resin, adhesive material or cement, lime mortar obtained from maple in Latin, and "arme" in the meaning of reinforcement and reinforcement form the word "reinforced concrete" which means "reinforced concrete". Reinforced concrete can be briefly defined as a system that is resistant to external effects, where concrete and construction steel form a whole. Reinforced concrete is an alloy created by knitting the steel skeleton of a building with concrete. The strength of the reinforced concrete is measured by the steel / concrete ratio mixed into it.
WHAT ARE THE ADVANTAGES OF CONCRETE STRUCTURE?
Reinforced concrete has a high compressive strength compared to other building materials.
Thanks to the reinforcement provided, reinforced concrete can also withstand a good tensile stress.
Reinforced concrete fire and weather resistance is fair.
Reinforced concrete building system is more durable than other building systems.
Concrete, initially reinforced as a fluid material, can be molded economically in almost unlimited ways.
Reinforced concrete maintenance cost is very low.
Base, dam, pier, etc. Reinforced concrete structure is the most economical building material in buildings.
It behaves like a rigid member with minimal deflection.
Reinforced concrete can be molded into any desired shape, widely used in prefabricated structural components. It gives hardness with minimal visible deflection.
Compared to the use of steel in the building, it requires less skilled labor to make reinforced concrete construction.
WHAT ARE THE DISADVANTAGES OF CONCRETE BUILDING?
The tensile strength of reinforced concrete material is about one tenth of its compressive strength.
The main steps of reinforced concrete are mixing, casting and curing. All these directly affect the strength of concrete.
The cost of the forms used for RC casting is relatively high.
Shrinkage causes crack development and loss of strength.