Modern architecture leaves no room for compromise. Much is expected of the materials used in it - they must be strong, durable and functional, and on top of that, aesthetic. What's more! As projects become larger and more complex, the demand for materials that combine strength, weather resistance and attractive appearance grows. In this context, stainless steel is gaining recognition among architects designing large-span structures. Let's see what's behind this popularity!
- Why is choosing the right material for large spans so important?
- What are the features that architects value stainless steel for in the structures they design?
- What makes large spans made of stainless steel stand out from other solutions?
If you are looking for the right material for large spans, such as sports halls, bridges, airports or glass atriums, you are in the right place. Here you will learn what makes stainless steel the perfect choice for such demanding projects.
Why is choosing the right material for large spans so important?
In order for a large span object to be durable, functional and, above all, safe, it is impossible to overestimate how important the selection of the right material is in this entire process. Note that such structures must carry significant loads without additional supports, which is why the material must be characterized by high strength and stiffness.
An example of a material that is able to rise to the challenge in this context is stainless sheets, distinguished by a particularly favorable strength to weight ratio. After all, it is the lighter elements that reduce the load on the foundations and allow for more efficient space design.
What are the features that architects value stainless steel for in the structures they design?
One of the main reasons why architects reach for stainless steel is its excellent strength-to-weight ratio, mentioned in the previous paragraph. Equally important is the corrosion resistance of stainless steel - even in humid, marine or polluted environments. This makes stainless round bars a low-maintenance and exceptionally durable material. Speaking of resistance - it is also worth mentioning in the context of fire and high temperatures. In the case of large-span structures, where structural stability in emergency situations is of great importance, this is particularly important, and stainless steel, especially from such solid manufacturers as Stainless Europe - copes with this in an exemplary manner.
The clasp that closes these advantages is certainly the simultaneous incredible aesthetics that structures made of stainless steel gain.
What makes large spans made of stainless steel stand out from other solutions?
Stainless steel can be easily welded, cut, bent and formed, allowing the creation of both simple components and complex geometric forms. Architects love this versatility and because stainless steel stands out from other materials - it is highly valued in this industry, also when it comes to large spans. But that's not all! Modern specialists who know how important it is to take care of sustainable development and recycling - will also be happy to rely on stainless steel in their structures. After all, it is 100% recyclable and largely produced from secondary materials. In this way, it significantly reduces the consumption of resources and does not require frequent replacement, which reduces the carbon footprint of the investment.
Finally, it is worth mentioning that it is simply a proven material - from the Walt Disney Concert Hall in Los Angeles to the Millennium Bridge in London - stainless steel has already proven many times that it combines not only durability and functionality, but also can emphasize the unique character of the project.
