The Salver Planter (06.038.L), designed by Filip Babiarz, represents a sophisticated approach to contemporary urban furniture. With dimensions of 100 cm in width, 90 cm in height, and 45 cm in depth, this piece is engineered to provide a robust yet aesthetic solution for green space integration within city environments. Its geometric form and clean lines ensure it complements a wide variety of architectural styles, making it an essential element for modern public spaces, pedestrian zones, and corporate campuses that require high-quality street furniture.
Constructed with durability at the forefront, the Salver Planter utilizes a combination of high-grade steel profiles, sheet steel, and aluzinc sheets, ensuring long-term resistance to environmental factors. Clients may choose between carbon steel (S235JR) or stainless steel (AISI 304) for the structural framework, allowing for customization based on specific climate needs or aesthetic preferences. The exterior casing offers extensive versatility, available in a range of premium finishes including soft wood, European hardwood, oil-finished hardwood, or high-pressure laminate (HPL). These materials are carefully selected to provide both resilience and a refined visual appeal, cementing the Salver line's reputation for excellence in landscape architecture.
Functionality and installation flexibility are core components of this design. Weighing 46 kg, the planter offers stability while maintaining a balanced footprint. It can be installed as a free-standing unit or securely anchored to the foundation via bolts, depending on the requirements of the location. By integrating this planter into public landscapes, designers can effectively organize pedestrian traffic, define boundaries, or enhance the biodiversity of paved areas. Whether utilized as a standalone feature or combined with other elements of street furniture, the Salver Planter serves as a testament to functional design, elevating the standard of public space management through its durable construction and customizable material options.