In architectural design, steel is often used to build beams, columns, frames and other structures. Because it is much stronger than traditional wood or masonry materials, it can provide better support and stability. At the same time, the steel weight is relatively light, reducing the building's own weight load and helping to improve the overall performance of the building.

Not only that, the steel also has good corrosion resistance. Compared to traditional wood or concrete materials, steel is more durable in the face of external environments such as humidity, climate change and chemicals, which allows buildings to maintain their structural integrity and stability for longer.

In addition, the plasticity of steel is also one of the reasons for its popularity, steel can be processed by cold bending, hot bending, welding and other processes, easily meet the requirements of various shapes and sizes. This gives designers more freedom to use their creativity to create unique and personal buildings.

Steel also has a unique advantage in the construction process, whether it is transportation or installation, steel has a high flexibility and convenience, can greatly shorten the entire construction cycle, for large construction projects, this is undoubtedly a great advantage.

Finally, it is worth mentioning that steel is a recyclable material. With the rise of environmental awareness, the application of steel is more and more attention, through recycling can reduce the consumption of natural resources, reduce the impact of buildings on the environment.

To sum up, steel as an excellent building material, its strength, corrosion resistance and plasticity make it become one of the important building materials in the field of modern construction, in the architectural design and construction process, the application of steel will bring more stable, more durable, more environmentally friendly building products.