
Aluminum joinery in the form of a glass facade on an office building
Modern commercial construction increasingly uses solutions that combine modern design with high functionality. One of such elements is aluminum-glass facades, which are both an aesthetic and practical element. In this article, we will discuss the implementation of the installation of aluminum joinery in the form of a glass facade on an office building connected to a warehouse. We will pay special attention to the technical challenge - the construction of a vertical facade with a transition to a tilted facade acting as a roof.
Characteristics of the aluminum-glass facade
Facades of this type are an architectural solution that combines lightness aluminum construction with a modern glass look. Facade systems are chosen for their durability, high weather resistance and the ability to create large-area glazing, ensuring maximum lighting inside the building.
The investment was carried out using facade systems with high thermal and acoustic insulation, meeting the requirements of construction standards. Choosing the right one aluminum system was crucial for the stability and aesthetics of the entire structure.
The process of installing an aluminum facade
- Design stage – The key step before assembly was to develop a detailed technical design that took into account the specifics of the building and the investor's requirements. At this stage, it was also necessary to predict the method of implementing the transition from the vertical façade to the inclined one.
- Preparation of the supporting structure – The aluminium supporting structure was precisely adapted to the specific conditions of the facility. Due to the large glazing and the inclined part of the façade, it was necessary to use reinforced profiles and appropriate fasteners.
- Installation of vertical elements – First, the vertical part of the façade was installed, which was the main element of the glazed elevation. Each glass module was precisely placed in aluminum frames using gaskets and expansion systems.
- Transition of the vertical facade to the inclined one – The biggest challenge was to make a smooth transition from the vertical façade to the inclined one, which would serve as a roof. For this purpose, diagonal connection of aluminum columns constituting the load-bearing structure of the façade. At the appropriate height, the vertical wall becomes a slanting one, creating a structure with an appropriate slope that effectively serves as a roof.
- Finalization and sealing – The last stage was to make the final seals, install water drainage systems and check the quality of the work performed.
Technical challenges and how to solve them
- Precise adjustment of structural connections – The use of diagonal connections of aluminium columns required precise calculations and careful execution of structural elements.
- Ensuring tightness of connections – In places where the vertical façade transitions into the inclined façade, dedicated seals and structural adhesives resistant to changing weather conditions are used.
- Load resistance – The structure has been reinforced with additional fastening elements to ensure its stability in conditions of strong wind and dynamic loads.
Benefits of using an aluminum-glass facade
- Modern look – The transparency and elegance of the façade emphasize the prestigious character of the building.
- Energetic efficiency – High-quality solar control glass and thermal insulation systems reduce heat loss.
- Durability and resistance – Aluminum is a corrosion-resistant material, which ensures the longevity of the structure.
- User comfort – Optimal interior lighting improves work comfort and reduces the need for artificial lighting.
Summary
Implementation aluminum and glass facade on an office building with a warehouse was a demanding but effective undertaking. The construction of a vertical façade with a transition to an inclined one, acting as a roof, was a significant technical challenge, which was solved thanks to precise design and the use of advanced assembly technologies. The final effect is not only an aesthetic, but also a functional façade, which meets the expectations of both investors, architects and contractors.