Scandik table

Description

The Scandik table (model 13.046.P), designed by Iwona Żaczek, represents a pinnacle of modern urban furniture design, blending minimalist aesthetics with exceptional structural durability. With a width of 154 cm, a height of 75 cm, and a depth of 86 cm, this piece is engineered to provide a comfortable and functional surface in diverse public spaces. As part of the cohesive Scandik product line, the table embodies a clean, Scandinavian-inspired design language that complements contemporary architectural environments. Its balanced proportions and robust construction make it an ideal choice for parks, plazas, and corporate courtyards where high-quality street furniture is required to maintain both form and utility.

Durability is at the core of the Scandik table's engineering. The frame is available in two premium material configurations: high-grade carbon steel (S235JR) or resilient stainless steel (AISI 304). When selecting the carbon steel option, the structure undergoes a rigorous galvanization and powder coating process to ensure maximum resistance against corrosion, moisture, and intense daily use. This meticulous attention to material selection guarantees that the table remains a permanent fixture within the public realm, regardless of harsh weather conditions. Weighing 50 kg, the table offers substantial stability, ensuring it remains securely in place while facilitating ease of installation within any urban landscape.

The Scandik table is designed to integrate seamlessly into professional site projects alongside other essential urban furniture elements such as benches and trash bins. By focusing on longevity and visual harmony, this product elevates the functionality of outdoor social spaces, encouraging community interaction in a refined setting. Whether utilized in pedestrian zones, office park developments, or recreational areas, the Scandik table serves as a sophisticated addition to any street furniture collection. Its versatile construction options allow for customization based on specific environmental requirements, ensuring that the final installation meets the highest standards of architectural design and long-term performance.