Steel Reinforced Controled Cooling
In the past, steel was used in structural applications primarily for its strength and durability. Today, its applications have expanded; steel is being used for more than just strength, but for its ability to be used to control cooling. This is especially true for steel-reinforced concrete construction.
Concrete is a combination of cement and aggregate, reinforced or not. Unreinforced concrete is susceptible to cracking due to its lack of ability to flex or stretch when a force is applied against it. Steel reinforcement helps to increase its tensile strength and make the structure stronger, less susceptible to cracking, and able to be designed with larger spans or taller structures.
When it comes to controlling cooling, steel can also play an important role. By positioning steel bar reinforcements in strategic areas of a structure, the concrete can be cooled quicker, resulting in a concrete mix with a strength of higher quality and increased longevity.
When concrete is exposed to temperature extremes, its strength can suffer. Steel reinforcement helps to control this by providing more stability, as it expands and contracts at the same rate as the concrete. This allows for a more even cooling of the entire structure, and not just the surface.
In addition to controlling cooling, steel provides a number of other advantages. It increases the durability of a structure, and it also provides an ideal form for a variety of aesthetic options and designs. Steel can be used for customizing curves and corners, or for adding decorative touches.
Overall, steel reinforced concrete is an excellent choice for constructions requiring superior strength, and for those that need to maximize the lasting power of their structure. Steel reinforcement helps to dissipate heat and cool the concrete quicker, resulting in a stronger and longer lasting structure. As an added bonus, it also allows a greater range of design possibilities, making it a perfect choice for architects and builders alike.
