WHY STEEL?

Steel has high strength compared to concrete and other building materials. This allows for lighter structures and broader interior spaces using thinner columns.
Steel structures are resistant to earthquakes and other natural disasters. Thanks to their flexibility, they absorb energy and minimize damage.
Steel structures can be pre-fabricated in a factory and later transported to the construction site for quick assembly. This allows for faster project completion.
Steel is a recyclable material. This is an important advantage in terms of environmental sustainability.
Steel constructions are structural systems that should be widely used in the construction sector. Due to their high strength and rigidity, they are often preferred in the construction of large-scale buildings, bridges, industrial facilities, and other structures.
The durability of steel material depends on many factors. First and foremost, the type, quality, and characteristics of the steel material used are crucial. High-quality steels exhibit high strength, durability, and resistance.
The durability of steel constructions is dependent on proper design and structural details. A good design ensures the correct distribution of structural loads and makes steel materials more resistant to damage such as fatigue and cracking.

Structural Steel and Light Steel Portable Modular Homes

Structural steel and light steel portable modular homes are becoming increasingly popular as a modern and practical housing solution today. These types of structures are created using prefabricated building systems that combine steel frames and light steel panels. Structural steel and light steel are preferred in the construction of such homes due to their durable, lightweight, flexible, and environmentally friendly characteristics.

Light Steel Earth Homes

Light steel earth homes are residential buildings constructed using light steel frames in construction and are situated in a fixed location. These homes differ from traditional reinforced concrete structures by utilizing steel frames instead of concrete.