Modern building facades are increasingly expected to do more than protect the structure from the elements. They can shape architectural identity, manage daylight, provide visual screening, support ventilation, and create distinctive relationships between a building and its surroundings. The WILLSTRONG® project portfolio offers useful examples of how aluminum facade materials can be transformed into practical architectural systems.
One particularly relevant reference is the Roshen Logistics Centre, a nominee for the EUmies Awards 2026. Its facade demonstrates how perforated aluminum, controlled repetition, layered construction, and carefully designed depth can produce a refined architectural appearance without relying on excessive ornamentation.
What the Roshen Logistics Centre Reveals About Modern Facade Design
The Roshen Logistics Centre uses a white perforated aluminum exterior composed of vertically folded and edged elements. Multiple layers of perforated panels create changing visual relationships with daylight and the surrounding environment.
Instead of exposing functional equipment and structural components, the building is visually unified by a continuous metal skin. Repeated vertical modules establish a strong rhythm across the facade, giving the large building a consistent and organized appearance.
At a distance, the facade looks relatively simple. As the viewer approaches, however, the perforation patterns, folds, edges, overlaps, and differences between the layers become increasingly visible.
This demonstrates an important advantage of a double-layer perforated facade. The outer screen can provide solar protection and visual screening while also contributing to ventilation and the architectural character of the building.
Changing daylight further enhances the effect. Depending on the viewing position, weather, and time of day, the same surface can appear relatively solid or allow greater visual connection with the structure behind it. Shadows and openings add depth without requiring complicated decorative forms.
For architects and facade engineers, the project provides a useful design lesson: strong architectural expression can come from disciplined repetition, carefully selected perforation ratios, folding geometry, and controlled layering.
Why Perforated Aluminum Is Becoming a Multifunctional Facade Material
The growing popularity of perforated aluminum is closely related to the need for facade systems that combine appearance and performance.
One major function is solar control. An appropriately designed external perforated screen can reduce direct solar exposure and help regulate the amount of sunlight reaching the building envelope.
Another consideration is airflow. When perforated panels are incorporated into an engineered double-skin or ventilated facade system, the openings can support air movement while maintaining a coherent exterior appearance.
Perforation also introduces visual depth. Unlike a completely flat solid panel, a perforated surface creates changing patterns of light and shadow. When installed in layers or combined with folded elements, the depth effect becomes even more pronounced.
Finally, perforated aluminum can contribute to architectural identity. Designers can coordinate hole shapes, opening ratios, panel sizes, spacing, folds, finishes, and module arrangements with the building's overall concept.
These characteristics make perforated aluminum relevant to commercial buildings, logistics facilities, transportation projects, public architecture, mixed-use developments, and other projects where facade performance and visual expression need to coexist.
From Architectural Concepts to WILLSTRONG® Project Applications
The principles demonstrated by the European award-nominated project can also be observed in the broader WILLSTRONG® project experience.
Established in 1995, WILLSTRONG® has developed more than three decades of experience in facade materials and systems. Its product capabilities include aluminum composite panels, fire-resistant composite materials, and aluminum honeycomb systems, together with project experience involving customized architectural surfaces.
A representative example is Galeria Korona Kielce in Poland, where perforated aluminum composite panels are used across a significant facade area. The perforated exterior interacts with architectural lighting to create a changing visual effect between daytime and nighttime.
This project highlights why perforation should not be viewed as simply a decorative treatment. The final appearance depends on the relationship between perforation patterns, panel dimensions, installation methods, lighting, and the overall building composition.
For a large commercial facade, maintaining these relationships across thousands of repeated components requires accurate fabrication and consistent material performance. Architectural drawings must ultimately be converted into repeatable production units that can be installed correctly on site.
This is where manufacturing capability becomes an important part of architectural facade design.
Adapting Aluminum Facade Solutions to Different Buildings
Another example within the portfolio is Torres Santa Rosa in Bolivia, demonstrating how facade expertise can be applied to a different geographic and architectural environment.
International projects can involve very different conditions. Climate, building function, structural requirements, local construction methods, installation practices, and aesthetic objectives may all influence the final facade specification.
A perforated aluminum facade may appear straightforward in a concept drawing, but practical implementation involves many interconnected details. Panel dimensions, opening patterns, folded edges, connection systems, dimensional tolerances, and installation coordination all need to be controlled.
For international construction projects, consistency throughout design development, fabrication, delivery, and installation is therefore essential.
WILLSTRONG® states that it has accumulated more than 100,000 successful cases and serves customers in more than 80 countries and regions. This broad project exposure provides experience across different architectural environments rather than relying on one standardized facade configuration.
Precision Is What Makes a Facade Look Simple
One of the most important principles demonstrated by both contemporary perforated facade architecture and successful WILLSTRONG® applications is that visual simplicity often requires substantial manufacturing precision.
A completed facade may look effortless, but its appearance depends on numerous details being controlled accurately. Repeated modules must maintain consistent spacing. Perforation patterns need to correspond with the architectural grid. Folded edges must retain their specified geometry. Different facade layers need to maintain the intended relationship in depth.
When these elements are manufactured and installed consistently, a building can maintain a restrained appearance while revealing more detailed craftsmanship at close range.
This approach is consistent with WILLSTRONG®'s stated philosophy of “Crafting with Quality, Making for Excellence.” The company reports holding more than 30 certifications worldwide and more than 10 technology patents, reflecting an emphasis on material development and manufacturing capability.
For customized facade projects, the manufacturer therefore needs to understand more than the panel itself. Material selection, fabrication processes, architectural requirements, connection details, and installation conditions all need to be considered as parts of the same project.
Combining Appearance with Facade Performance
The Roshen Logistics Centre and completed WILLSTRONG® projects demonstrate why perforated aluminum remains relevant to contemporary facade design.
The most effective applications do not use perforation merely as a visual pattern. Instead, the facade can combine several functions and design objectives, including solar screening, airflow, visual filtering, shadow creation, lighting effects, dimensional depth, and architectural rhythm.
This transforms the facade from a simple decorative skin into a functional architectural layer.
For building owners, architects, contractors, and facade engineers, the challenge is to turn an initial design concept into a system that can be manufactured consistently and installed reliably. Every opening, fold, joint, panel dimension, and connection can influence the final result.
A capable facade manufacturer therefore needs to balance architectural intent with material characteristics, production tolerances, fabrication technology, and project execution requirements.
Why Project Experience Matters in Customized Facades
Customized aluminum facades often require closer cooperation between designers and manufacturers than standard building materials. A pattern that works well visually may need to be adjusted for production. Panel sizes may need to correspond with transportation and installation limitations. Perforation ratios can affect both appearance and performance.
Likewise, different buildings may require different combinations of aluminum composite panels, perforated surfaces, fire-resistant materials, or honeycomb structures.
This makes a diverse project portfolio valuable. Experience across commercial buildings, public facilities, logistics properties, and international developments can provide references for solving different facade challenges.
The WILLSTRONG® project portfolio illustrates this project-oriented approach through examples from different architectural contexts, showing how aluminum facade systems can be adapted rather than applied as a single fixed solution.
Conclusion: Turning Aluminum into an Architectural System
From the layered perforated facade of the Roshen Logistics Centre to the illuminated exterior of Galeria Korona Kielce and the international application represented by Torres Santa Rosa, contemporary projects demonstrate the potential of aluminum as more than a conventional cladding material.
With thoughtful perforation, controlled geometry, layered construction, accurate fabrication, and appropriate installation, aluminum can contribute simultaneously to architectural identity and practical facade performance.
For architects and project teams, the key is to develop the material solution around the building's design objectives rather than treating the facade as an isolated finishing layer. For manufacturers, the challenge is to maintain dimensional accuracy and material consistency while translating complex design concepts into repeatable components.
With experience dating back to 1995 and projects across international markets, WILLSTRONG® provides facade material and system experience covering aluminum composite panels, fire-resistant composites, aluminum honeycomb solutions, and customized architectural applications.
To examine completed projects and understand how different aluminum facade concepts can be applied across architectural environments, the WILLSTRONG® project portfolio provides a useful reference for architects, facade consultants, contractors, developers, and building material professionals exploring contemporary metal facade solutions.
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