Advantages and benefits of using Steel Framing in construction

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The use of Steel Framing in construction offers a wide variety of advantages and benefits compared to other construction systems. These are some of the main ones: 1. Strength and durability The galvanized steel used in Steel Framing provides great structural resistance . This material is highly durable and is not affected by pests, fungi or climatic agents, which guarantees a longer useful life of the building. The materials used in the finishing layers also have excellent properties of durability, resistance, impermeability and protection against fire . Steel framing 2. Lightness The weight of the system on the foundations is a third of what is regularly estimated for traditional work. This property makes the system the one chosen for any extension on existing work, for works at height, exterior enclosures and many other applications. You may also find it interesting to read: " How artificial intelligence is transforming architecture " 3. Economy The reduced weight has a first major impact on the cost of a work , by defining the foundation system to be used, the necessary depths and the soil movement works involved. A smaller foundation will have a lower cost , reduced use of machinery and waiting times.

The second economic impact will be in the work deadlines, greatly reduced (by half or more) due to the efficiency of the system and the prior planning of the work. The precision and calculation of materials, as well as optimizations, allow costs and waste to be reduced enormously. Labor , transportation, machinery, scaffolding and tools costs will also be reduced. For the end user, in addition to the savings Nigerian Email List in thermal comfort, maintenance will be very reduced and repairs will have little impact. Are you interested in construction with Steel Framing? Learn about the Design and Construction with Industrialized Systems course 4. Energy efficiency Steel Framing allows the incorporation of high quality thermal and acoustic insulation. This translates into better energy efficiency of the building , as it reduces heat losses in winter and maintains a comfortable temperature in summer, which translates into significant savings in air conditioning costs for the end user. Greater control of thermal bridges is achieved (areas of the structure where heat or cold can be easily transferred, which can result in a loss of energy efficiency and condensation), minimizing their existence and possible pathologies.



The system of interior and exterior layers includes barriers and sealants that prevent condensation within the structure , maintaining a stable and ventilated temperature of the structure, which prevents sudden cooling or overheating inside. You may also be interested in reading: " Great works that marked the history of Uruguayan architecture " 5. Faster construction The system is characterized by its dry construction , which implies faster assembly compared to wet systems such as concrete. The industrial logic of the components allows assembly both on the construction site and in the workshop, which reduces construction times by allowing the simultaneous progress of several stages. Speed ​​in construction with steel framing. 6. Architectural flexibility Steel Framing offers great flexibility in architectural design and planning , when compared to modular prefabricated systems. At the same time, the wide variety of materials and finishes on the market allows for practically any exterior and interior finish and texture, from stone, wood, brick, plaster and even microcements. You can also read: " Architecture and video games: an association that is changing the way of doing things " 7. Waste reduction Construction with Steel Framing generates less waste compared to traditional systems. Steel profiles are custom manufactured, minimizing material waste on the construction site.