WHY STRUCTURAL STEEL MERCILESSLY BEATS OTHER CONSTRUCTION MATERIALS
One of the more popular building materials that have taken the construction industry by the horns is structural steel. People just can’t seem to get enough of it. From skyscrapers to the smallest of buildings, it is preferred over other building materials.
Steel is the building material of choice for architects and building contractors because of the range of benefits it offers which other materials like concrete and wood lack. This explains the prevalence of two story steel building.
Structural steel isn’t just beautiful when used alone. It enhances other materials and makes them much better when combined with it. So, if you are looking to erect a building that is easy to maintain yet allows for freedom of design, durability, and aesthetic distinction, you are better off using structural steel.
Structural Steel is far superior in strength than any other building material (at least for now). You do not have to worry about its durability because it does not deteriorate as quickly as other construction materials.
What’s more, owing to its high strength-to-weight ratio (the strength of a material over its density) and tensile strength (capacity to tolerate stress from tension), structural steel doesn’t need that overtly expensive foundation because it is light yet strong.
Structural steel’s strength, stiffness, toughness, and tensile capacities make it easy to be fabricated into a diverse range of shapes and structures.
You can assemble steel structures by bolting or welding the pieces together on-site as soon as they are delivered. It is also easy to distribute the tensional and compressional stress of a building with steel beams. This allows architects a bigger space for maneuver with design. Therefore, it is easier for them to design and erect structures like a two-story steel building as well as other complex, magnificent constructions.
As a result of prevailing standardization regulations, people now find it easier to use structural steel components for building purposes after they have been fabricated.
The scenario exists because streamlined efficiency results in saved costs and less time spent. This is in addition to the earlier returns on investments and reduced interest charges that come with using structural steel.
Since short construction periods are less likely to disrupt the neighborhood where a site is being developed, using structural steel reduces costs that arise due to community public relations and government building permits.
This best part is that while the metal and steel fabrication industries have recorded technological advancements, the price of steel is yet on the decline. By implication, developers now have limitless access to cheap yet premium steel.
Even though steel is a noncombustible material, the International Building Code requires that it be completely coated in a fire-resistant material. This is because its strength and integrity could readily deteriorate in the event of sustained exposure to an unanticipated fire incidence.
It is worth recommending water-resistant coatings to forestall corrosion on the part of structural steel. Inherently, fire-resistant coatings boast an impressive resilience to water.
Structural steel lacks the porosity necessary for mold and mildew growth, making it an ideal choice for residential buildings.
Offsite fabrication, when laced together with rapid component aggregation installs structural steel far above other construction materials for its excellent safety when used in a construction site. The beauty is that you can recycle steel as long as you want, making it also safe for the environment.