Why Heavy Steel House?
Technological, Safe, Durable
Steel, wood 21; 10 times more flexible than reinforced concrete. As it is suitable for all kinds of ground, its ground is indispensable for areas with risk in terms of earthquake safety. It is lightweight; Its specific gravity is small compared to the load it carries. It is 100% recyclable. All these features make the robustness of steel indisputable.
Practical
The steel structure system has a high construction speed that cannot be compared with conventional systems. While it saves time as it is applied in a short time, it also draws attention as an ideal system for emergency solutions.
Economic
The very short construction period also makes it possible to create a real work-time schedule. Thus, unnecessary labor and construction site costs are avoided and the total investment cost is low. In addition, thanks to the early use of the building, an advantage is gained in sales and rental income.
Earthquake Resistant
The weight of light steel structures is 1/10 of reinforced concrete buildings. The earthquake load affecting the buildings increases in direct proportion to the weight of the building. Despite frequent earthquakes in Japan, people's noses do not even bleed. Steel buildings are used in developed countries in earthquake zones such as America, Canada, Japan, England.
Quality
The quality of steel, which is a completely industrial product and produced all over the world in accordance with international standards, is controlled and documented at every stage of its production. The producer or the user cannot interfere with the physical properties of the material. Theoretical calculation values are also valid in practice. Since it is not hidden inside the concrete, it provides the opportunity to always inspect its compliance with the project and standards.
Ecological
Since steel is a recyclable material, it prevents the consumption of natural resources. Thanks to the building system that provides maximum insulation, a high level of savings in energy use is ensured and resources are prevented from wasting.
Heavy Steel House Construction Stages
Stage 1
Since all elements, including the main carrier, are made using welded systems or bolts in steel houses, resistance to earthquakes increases and no cracking occurs in the impacts of earthquakes.
Stage 2
After the steel construction processes are completed, the cladding of the house begins. All kinds of exterior and roofing materials available in the market can be easily applied on the steel carcass coated with Boardex.
Stage 3
While cladding continues from the outside, thermal insulation boards are anchored to the profile cavities.
Stage 4
Drywall sheets are covered on the thermal insulation. After the plasterboard joints are filled with gypsum plaster, they are painted or covered with a wall door.
Stage 5
After all these processes are completed, your house is ready for use. It continues with sheathing, jamb and other desired applications in the desired color and model on the steel carcass coated with Boardex.
Stage 6
If the roof system is requested in the project; The roof structure, formed by sloping roof panels and trusses, is covered with 11 mm OSB panels. Horizontal and vertical PVC gutters are installed. Optionally, a heat barrier is prepared so as not to damage the steel construction of the house, and a fireplace chimney is prepared with fire bricks.
Heavy Steel House Examples
