Description
The Altus Litter Bin (model 03.052.7), designed by Iwona Żaczek, represents a sophisticated solution for modern urban furniture, blending minimalist aesthetics with high-performance functionality. Standing at 102 cm in height with a width of 38 cm, this sleek receptacle is engineered for efficient waste management in high-traffic public spaces. With a capacity of 50 liters, the bin provides a compact footprint while maintaining a robust presence. Its architectural silhouette ensures that it integrates seamlessly into contemporary city centers, parks, and pedestrian zones, serving as a reliable element of street furniture that prioritizes both form and utility.
Durability and material quality are at the forefront of the Altus series construction. The core structure is available in high-grade stainless steel (AISI 304) for maximum corrosion resistance or optionally in painted carbon steel (S235JR), ensuring long-term structural integrity. The exterior casing offers extensive configuration flexibility to match surrounding design schemes, featuring options such as soft wood, premium hardwood of European origin, oil-finished hard wood, or versatile HPL panels. These varied material selections allow the trash bin to adapt to diverse environments, from natural landscapes to modern architectural complexes, while maintaining a consistent visual language.
Designed for stability and ease of maintenance, the Altus unit weighs 38 kg and is intended for secure, permanent installation via bolts anchored directly to the foundation. This anchoring method guarantees resilience against environmental stressors and unauthorized movement in public areas. The litter bin is characterized by a clean, deliberate design that omits an integrated ashtray, emphasizing a streamlined aesthetic dedicated solely to waste disposal. As an essential component of professional city furniture, the Altus product line offers a timeless design, providing municipalities and designers with a durable, high-quality asset for enhancing public infrastructure standards.