Architectural aluminum systems are highly demanding and require a professional supplier who is able to provide you with an end-to-end solution. The company you choose should have years of experience and industry knowledge. It will be able to provide the right answer for your particular needs. There are many suppliers who claim to offer a complete solution, but what does this really mean?
Experience
Experience is a key factor when choosing a company to supply your architectural aluminum systems. A company with many years of experience and a comprehensive knowledge of the industry will be better placed to handle your project and provide a solution. Experience comes from having faced the challenges and difficulties before and being able to come up with a good solution.
There are different architectural aluminum systems that provide different types of thermal insulation. Some also have greater security features than others. Also, the amount of glass that is needed will depend on the type of application. For instance, a bathroom aliminum windows will need glazing, while a front aliminum doors may have a pane glass insert.
Inspiration
Inspiration for architectural aluminum systems can come in many forms. One example is a multi-use building with a combination of a pavilion, library, and court. The design of the building includes an aluminum system with dual curved panels. This system is light and flexible, and allows for an aesthetic transition between the different sections.
The lightweight nature of aluminum allows for a slim, elegant facade that is less obtrusive than steel panels. Aluminum facades also allow for larger spans of glass to maximize the natural sunlight. This lightweight material is extremely durable, corrosion-resistant, and recyclable. In fact, nearly seventy-five percent of aluminum produced is still in use today.
Functionality
Architectural aluminum systems are the ideal solution for a variety of construction needs, from residential to commercial. The curtain wall system is an excellent option for buildings with large openings because it offers the utmost thermal insulation and sound reduction. Moreover, it is ideal for a wide range of construction solutions, including high-rises, skyscrapers, and hotels.
The main advantages of aluminum for architectural applications include light weight, resistance to corrosion, endless recycling, and the ability to shape virtually any shape. This has made aluminum a driving force in contemporary architecture and the preferred material by architects, manufacturers, and homeowners. Hence, it is essential to consider the functional requirements of a project.
Architectural aluminum has the added benefit of improving energy efficiency. Its frames can help in reducing heat loss in cold weather, while its extrusions can contribute to LEED points. Moreover, aluminum is highly durable, and unlike other building materials, it does not rot or wear over time.
Sustainability
Choosing a system that is made of aluminum has several benefits, including being recyclable, lightweight, and durable. It is an excellent choice for green roofs and is significantly more efficient than other metals. The material's reflective properties help reduce energy use and eliminate the need for energy-guzzling systems.
Another benefit of aluminum is that it is completely recyclable, and it can be used again. It has many advantageous properties, including strength, durability, and malleability. These properties allow the metal to maintain its quality, even after several years of use. By contrast, most other building materials need to be replaced or discarded after a few decades.
In addition to its sustainability benefits, architectural aluminum framing products also contribute to LEED points in three categories. These factors make it possible to use LEED strategies without compromising total building construction costs. By using the right materials and knowing how to apply standard components, architects and designers can achieve sustainable construction goals without incurring huge expenses. In addition, architectural aluminum systems can help enhance thermal performance of glazed elevations and provide energy optimization.