Options
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Construction
- carbon steel (s235Jr)
- stainless steel (Aisi 304)
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Mounting method
- free-standing
- to screw
The Flowerpot Scandik 90° (SKU: 06.046.1) represents a masterclass in minimalist design, serving as an essential element of modern urban furniture. Designed by Iwona Żaczek, this planter is a cornerstone of the Scandik line, characterized by its sharp, geometric silhouette and industrial elegance. Measuring 20 1/4 inches in width and depth with a height of 17 1/4 inches, the unit offers a compact yet substantial vessel for greenery, making it an ideal choice for contemporary city squares, corporate courtyards, and sophisticated pedestrian zones. Its precise 90-degree angular form allows for seamless integration into diverse architectural environments, enhancing the aesthetic cohesion of public spaces.
Crafted to the highest standards of street furniture durability, the Scandik 90° is available in two robust material specifications: high-grade carbon steel (S235JR) or premium stainless steel (AISI 304). These material options ensure exceptional resistance to environmental stressors and daily wear, guaranteeing long-term utility in high-traffic outdoor settings. The structural integrity of the design reflects ZANO’s commitment to quality and longevity. Whether utilized as a singular focal point or arranged in modular groups to create rhythmic green barriers, this planter provides the structural stability and refined finish required for prestigious landscaping projects.
Versatility is at the core of the Scandik 90° design, offering flexible installation solutions to meet the specific requirements of any site layout. Clients may choose between a free-standing configuration, which allows for effortless repositioning, or a bolted-down mounting method for permanent, secure placement. As part of our comprehensive collection of urban furniture, this product bridges the gap between functional infrastructure and landscape design. By incorporating these high-quality units, urban planners and architects can effectively introduce natural elements into concrete-dense environments, creating inviting and sustainable public spaces that stand the test of time.