Today, safe buildings are defined not only by strength and aesthetics but also by fire safety. Fire always poses a significant threat to structures, and thus fire resistance plays an important role in building design. Metal building systems offer strong solutions that contribute to fire safety. So, how do modern metal systems provide fire resistance?
Fire Resistance of Metal Systems
Metal offers many advantages as a construction material; it is strong, durable, and aesthetic, in addition to showing high resistance to fire. However, the fire resistance of metal varies depending on the type of metal used and the protective coatings applied. For example, steel building systems are resistant to high temperatures but can lose their structural integrity when temperatures exceed certain levels. Therefore, modern metal structures are designed with materials like steel to enhance fire resistance.
Direct contact of steel with fire can lead to structural weaknesses. However, special fire-resistant coatings applied to steel prevent this issue. Fire-resistant coatings ensure that steel resists fire through sprays or paints applied to the material’s surface. Additionally, some coatings expand under high temperatures, providing protection to the structure and making the steel more heat-resistant. These coatings help enhance fire safety in the building while maintaining the structural integrity.
Fire Resistance Capacity of Metal Structures
Metal structures quickly dissipate heat during a fire, preventing the structural elements from overheating. However, the thermal expansion properties of metal should also be taken into account. Steel expands as it heats up, and this can lead to displacement or deformation of the structure. Modern metal systems are equipped with specially designed connectors and hinge systems to control such expansion movements. This way, the expansion of metal due to heat is prevented, and the risk of fire spreading is reduced.
Sustainability and Fire Safety
Modern metal building systems not only provide fire safety but also offer significant advantages in terms of sustainability. Metal is a recyclable material, and fire-resistant metal structures, due to their durability and long lifespan, require low maintenance throughout the life of the building. This provides both an environmentally friendly and cost-effective solution. With the increasing importance of sustainable buildings, the fire safety features of metal are becoming a preferred choice.
Future Trends in Fire Safety for Metal Structures
Modern solutions for fire safety in metal building systems enhance the security of buildings while also ensuring aesthetics and durability. Fire-resistant materials, smart systems, and protective coatings make metal structures safe, sustainable, and long-lasting. In the future, with the further development of these technologies, the fire safety of metal structures will be even more robust, and buildings will become safer.
TACER High Fire Resistance and Non-Combustible Metal Systems
To ensure safety and security against fire hazards, Tacer Metal Systems hold a significant place among the Tacer product groups. As a result of conducted fire resistance tests, Tacer Metal Systems have high fire resistance, and the damage they cause to the environment during a fire is minimal. These products do not produce smoke during a fire, which minimizes their negative impact on human health, and they provide protection against damage typically caused by toxic gases during a fire.
TACER | ACOUSTIC ARCHITECTURE
CEILING SYSTEMS
HIGH FIRE RESISTANCE SYSTEMS
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