Aluminum is an excellent choice for constructing new structures and fortifying existing ones. Behind oxygen and silicon, this element is found the most often on Earth. Besides durability, aluminum has other key properties that make it an excellent choice versus steel.
No matter how long the material is in use, aluminum can still go through the smelting process. You can recycle all of this material, making it extremely environmentally friendly. Using highly sustainable building materials is a growing trend in the building and manufacturing industries, both for the environmental concerns of modern consumers and for the decrease in overall costs. Reusing the metal only takes five percent of the energy as it does to make sheets from ore, reducing the resulting greenhouse gasses massively. The ease of reuse also means that instead of throwing away old materials, you can sell them to recycling centers. You can also buy recycled aluminum from metal merchants at extremely affordable prices without suffering any decrease in quality.
Uniform thickness and shape
The consistent quality of aluminum makes it an appealing metal to use when building. It has a higher tensile strength than steel. This fact means aluminum handles more weight per square inch than rolled steel products. Because of this, less aluminum is needed than steel to obtain equal or greater strength in a structure. This will make construction more efficient in design and implementation, as well as create an overall higher-quality building than what could be made with steel alloys.
Many architects and building design teams prefer aluminum because it resists corrosion. Steel has iron, which deteriorates with moisture and oxygen. The longevity of metal roofs using aluminum panels is greater than steel in many cases. Corrosion resistance for structures near water sources is especially important for protecting freshwater resources from rust contamination. By using aluminum, construction companies and manufacturers can achieve greater customer satisfaction in their work due to the longevity and durability of the final product.
Lighter than steel
One of the top reasons why aluminum helps increase efficiency in construction is because of the lower weight. Steel is very heavy and dense, which means greater costs in transporting and applying it in construction. More materials would need to be used to support the weight of steel than aluminum, as well, creating even more unnecessary costs. As any architectural engineer knows, it is much easier to add on weight where needed than to remove it from a design, making it much more efficient even in the design process to plan for aluminum use.
Versatility and Energy Efficiency
This metal is an excellent electrical conductor. Many electric producers and computer manufacturers use aluminum in new builds. Aluminum also has faster heat transfer capabilities. For example, aluminum cookware gets hot faster than cast iron. The metal is very malleable because it is three times less dense than steel. This means that less energy is needed in order to heat or mold aluminum as needed, meaning lower energy costs. Aluminum is also reflective, which will prevent the sun from overheating a building that utilizes aluminum as a roofing material. Aluminum is also not magnetic, unlike steel. This quality makes it acceptable for use in sensitive equipment like MRI machines.
With less weight, transporting, and implementation costs, aluminum is extremely versatile for construction crews. A smaller carbon footprint and fewer greenhouse emissions during recycling make aluminum a preferable choice for the environment, as well. Utilizing this material not only increases construction efficiency, but using recycled aluminum shows your customers that you value the environment and are part of the growing movement to protect the ecosystem.