The Scandik 90° seat, designed by Iwona Żaczek, represents a pinnacle of modern urban furniture, specifically engineered for versatility and aesthetic cohesion within contemporary public spaces. As part of the modular Scandik product line, this bench is defined by its clean, geometric 90-degree angular profile, allowing for creative, fluid seating arrangements that adapt to the topography of any landscape. With a compact footprint of 52 cm in width and depth and a height of 44 cm, it serves as an efficient street furniture solution that maximizes seating capacity without overwhelming the surrounding architecture.
Durability and material excellence are at the core of the Scandik collection. The structural frame is available in high-quality carbon steel (S235JR) or corrosion-resistant stainless steel (AISI 304), ensuring structural integrity in rigorous outdoor conditions. The seat surface offers extensive customization to match specific project requirements, ranging from the natural warmth of European or premium exotic hardwoods finished with high-grade oils to the sleek, industrial resilience of carbon or stainless steel. Furthermore, the option for HPL surfaces provides a contemporary, low-maintenance alternative, making this bench an ideal choice for high-traffic environments that demand both style and long-term performance.
Designed for permanent integration, this modular seat is installed by securely bolting it to a foundation, ensuring stability and safety in public squares, shopping malls, or transit hubs. Its minimalist, backless design promotes an open, welcoming environment, facilitating interaction while maintaining a sophisticated aesthetic. By combining modular flexibility with a selection of premium materials, the Scandik 90° seat stands as a functional and elegant component of modern urban design. Whether utilized as a standalone unit or combined with other elements from the Scandik series to create expansive seating configurations, this product meets the highest standards of professional street furniture manufacture.