Steel structure

Steel perfectly meets the strictest construction requirements for seismic zones. Steel structures have the ability to absorb seismic energy, utilizing the high plastic reserves typical of the material, through the use of construction details that are considerably more cost-effective than those required for reinforced concrete structures. Additionally, steel constructions are characterized by significantly lighter structural weights compared to traditional building materials, thus reducing the impact of the earthquake on the structure while simultaneously ensuring more effective dissipation of seismic forces. Most traditional civil residences have a reinforced concrete structure designed to withstand seismic activity and ensure the safety of occupants, even if damaged. In fact, with traditional construction, the earthquake is survived at the cost of significant structural damage, and repairs after the quake can be expensive or economically unfeasible, sometimes requiring complete reconstruction. In contrast, steel houses, due to their lightweight nature, can be designed with a different approach and maintain their full functionality even after the most severe earthquakes. This not only ensures that the emergency is survived without damage, but also preserves the higher economic value of the property compared to traditional structures. Thanks to steel’s capabilities, the structure survives the earthquake while ensuring the safety of its occupants, remaining undamaged. Once the earthquake has passed, the structure stays structurally intact and continues to fulfill all its functions with the same level of safety as it had before the earthquake.

Steel is Safety and Savings Prefabrication, architectural integration, fastening methods, and quick assembly processes lead to savings. Despite the complex forms of buildings, the time required to complete a project is always short, and as a result, construction costs are kept low. Steel is a high-quality material that allows for short delivery times, reducing investment costs and enabling a quicker return on investment. The ratio between the mechanical strength and specific weight of steel ensures remarkable static performance with reduced bulk and weight, optimizing transportation and foundation costs. The size of steel columns is significantly smaller than any other solution, offering a space-saving advantage that positively impacts the overall price. Metal structures allow for reuse or repurposing, and in case of demolition, the recovered materials can be resold. Steel is Flexible There are no difficulties in transforming steel structures to meet new requirements and uses. If needed, the load-bearing elements can be individually reinforced or modular structures can be added. New connections can be easily introduced through welding or bolting, allowing for changes in usage. It is easy to apply other components such as façade walls, partitions, HVAC systems, and other specialized installations to the steel structure. Open spans without columns and natural lighting or slender columns with clean lines are just some of the many design choices that highlight the functional nature of the project, allowing for bold ideas and achieving prestigious results by turning steel itself into an architectural element. Precise, documented production ensures product quality, guaranteeing long-lasting performance with regular maintenance. Steel offers immediate visual inspection, excellent seismic resistance, fire protection, long durability with predictable and quantifiable maintenance, minimal environmental impact, and low disruption. Steel can meet designers' needs by creatively incorporating curved and linear elements. It can also accommodate movable parts, different materials, and colors. Every architectural expression has a solution in steel, as evidenced by the numerous and magnificent global and national projects, considering that steel can be combined with any complementary or accessory material. Steel structures are the safest and most seismically resilient. The joints, often visible, allow for easy inspection even after many years. The materials and their quality are pre-tested and not dependent on mixing or weather conditions. Steel is the Most Recycled Material in the World Steel is 100% recyclable and infinitely recyclable without any loss of quality. Once recovered, it can still be recycled 100%. The recycling rate is the percentage of materials that are discarded, recovered, and reused. This rate is particularly high for steel, varying by product. In construction, for example, it reaches particularly high levels: 98% for beams, 65-70% for reinforcement bars. Currently, recycled steel represents 40% of the global ferrous resource for the steel industry. For every ton of steel produced, the steel industry provides a benefit to future generations, who won’t have to produce it. High-Efficiency Steel Solutions When assessing the sustainability of a building, a life cycle approach should be used, considering all stages of the building's life, including material production, transportation to the site, the construction process itself, building usage, demolition or dismantling, and end-of-life disposal. All steel products, from simple profiles to more complex façades, are produced off-site and delivered ready for assembly. The use of prefabricated elements offers a series of advantages that reduce risks during construction: Quality control Easier construction site management Speedy assembly, reducing delivery times Increased safety Easy disposal Steel construction techniques help reduce environmental impact and minimize disruption to the surrounding neighborhood. Water use, waste production, dust emissions, traffic, and noise are significantly lower compared to a traditional construction site. Site management becomes easier and more efficient.

In recent years, dry construction houses have become a valid and cost-effective alternative to traditional homes, and in Italy, more and more people are embracing this type of building. The most attractive features of these homes are undoubtedly the reduced construction times, excellent energy performance, seismic qualities, and competitive pricing compared to traditional homes. The variety of dry construction homes on the market is vast, including prefabricated houses made of steel, wood, and concrete, each with its own unique characteristics and advantages. In Italy, when the topic of prefabricated houses is brought up, people generally think of wooden houses, as they have been present in the market for some time, and there is a widespread belief that they provide better energy efficiency and environmental sustainability. However, today, although still less known and widespread, steel dry construction houses are emerging as a new trend in modern construction, offering a great alternative to both wooden and traditional solutions. Here are the key features and advantages of steel dry construction houses, and why choosing this option can benefit those looking to build a home: • Compliance with seismic safety standards • Environmental sustainability • Durability and longevity • Speed, quality, and simplicity in construction • Architectural potential • Energy savings • Insulation system and thermal bridges • Adaptability • General contractor services • Price guarantee • Competitive pricing These homes are becoming increasingly popular as they offer a blend of efficiency, cost-effectiveness, and sustainability that aligns with the demands of modern living.