Why Do Construction Companies Use Steel Structures?

The use of steel by the construction companies in Calgary and other areas has been skyrocketed. The steel share market price for single-story industrial structures and non-residential buildings has climbed significantly due to its popularity. This article will explain why the construction sector relies so heavily on steel structures.

Reasons Of Using Steel Structures

Construction companies, engineers, designers, architects, and fabricators prefer structural steel over other materials. The numerous advantages of structural steel make it one of the most often used materials in the construction sector. Mild steel is incorporated in the majority of buildings. It possesses tremendous strength, making it an excellent choice for structure construction. Structure steel is also tensile, ductile, flexible, and cost-effective.

Construction and excavation companies in Calgary and globally prefer structural steel because:

Value

The building structure contributes about 10% to 15% of construction expenditures. In a competitive market, it’s evident that picking the correct infrastructure is critical. Steel framed structures or pre-engineered steel buildings have been proven to save up to 6% on building structural expenses compared to concrete framed buildings, saving construction companies and customers a lot of money.

Sustainability

Steel offers various environmental advantages, including that it is 100 percent recyclable. The anticipated recovery rate of recycled steel from steel constructions in the United Kingdom is 96%, accounting for 50% of new steel production globally. Prefabricated and exact steel constructions also enable quick and waste-free on-site assembly, minimizing construction time and materials transported to the landfill.

Speed and efficacy

The speed of construction is one of the key reasons for using structural steel, especially in areas where disturbance to adjacent roads and buildings is a concern. Pre-engineered steel buildings are a straightforward solution that involves on-site structural parts integration. Many financial savings may be gained by limiting the impact on the local environment and speeding up the building process. Steel structures use prefabricated elements created off-site and can be quickly and easily placed on-site. This results in a faster return on investment and other time-related savings, all of which positively influence profitability.

Adaptability & flexibility

Web holes in structural steel beams allow an open plan design with fewer columns and a more efficient circulation area. As a result, the structure has a flexible character, allowing all internal walls and fittings to be modified as needed. The industrial design might then be used for a variety of applications. Long-span steel sections may be used to create massive, open areas that are easily adaptable, making them incredibly useful. As the needs of the building change, these rooms may be quickly partitioned using temporary or flexible partition systems and modified later with minimum expense, destruction, and interruption. Steel is also available in various sizes and weights, making it appropriate for a wide range of applications.

Quality & safety

For the most part, Steel structures are prefabricated, which means they are built in a controlled industrial setting. This indicates that the quality is guaranteed because external factors such as the weather have no impact. Compared to alternatives, a pre-engineered steel building may save up to 70% on labor, which means fewer employees equals a safer building site. Erection operations are specified and regulated thanks to prefabrication and specialized assembly lifting points. Safer working platforms are made possible by steel decking and integrated edge protection.

Reduced weight

Due to steel’s higher strength and rigidity, it is naturally lighter than an equivalent concrete building. Lightness means less load on foundations, which means smaller foundations and more excellent performance in specific ground situations. The ability to adapt existing buildings for extension or refurbishment is made possible by weight reduction. Extending existing structures with additional stories is a frequent example.

Reconfiguration

Because steel is often erected on-site with bolted connections, it’s simple to reconfigure steel parts to fit the building or structure’s adaptation to multiple functions. The weight transmission lines are visible, allowing simple on-site welding to reinforce and refit the structure. Different stories or expansions on an existing structure can be added because of the less weight. Large spans allow for future reuse of interior rooms with minimum or no structural changes.

Conclusion

Structural steel is the most widely used building material of the century and is frequently regarded as a critical component of modern structures and housing. It’s become a realistic option for any construction company in Calgary or elsewhere. It provides several advantages, and many building plans rely on steel for structural safety.

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Andrew Watson

Helms Construction specializes in supplying, installing and erecting pre-engineered buildings, such as sports arenas https://helmsconstruction.ca/