Structural steel has a high strength-to-weight ratio, which means that it has the same strength as conventional building materials that are three times as heavy as steel. With the use of extremely precise automation equipment or facilities, structural steel can also be prefabricated.
Increased productivity: By employing prefabricated structural steel for construction, projects can save up to 20% in labor costs.
Design flexibility: Structural steel allows for longer spans without the need for intermediate columns or load-bearing walls. This gives designers working with steel more options. Less dust and noise due to the fact that most work will be done offshore.
Better quality control: In a regulated manufacturing setting, steel pieces and joints can be produced in accordance with international standards. As a result, there is consistent quality and little need for on-site rework.
Environmental sustainability: Structural steel offers a quick, clean, and efficient construction approach that lessens the environmental impact of construction activities.
When employing structural steel for construction, keep the following in mind: Protection from corrosion. Corrosion can be avoided by using a protective coating that is both abrasion-resistant and has a solid connection to the base metal.
Floor vibration can be brought on by human actions like running or jumping, as well as equipment operations like air conditioning and ventilation systems. This should be taken into account by the project team when developing longer, lighter structures for a building project.
Site and project management: Effective site and project management can result in time and manpower savings. This entails implementing best practices including just-in-time delivery of steel components, making sure that steel members are accurately aligned, and using cutting-edge working platforms that are simple to set up and take down.