Description
The Anti-terrorist Safety Transparent Dustbin 03.052.5 is a sophisticated element of modern street furniture, expertly designed by Iwona Żaczek as part of the distinguished Altus product line. Engineered to meet the highest safety standards in public spaces, this litter bin features a transparent design that ensures maximum visibility, making it an ideal security-conscious solution for high-traffic urban furniture installations. With dimensions of 38 cm in width and depth and a height of 102 cm, the unit offers a compact footprint while providing a generous 50-liter capacity for waste collection, effectively balancing functional requirements with aesthetic minimalism.
Durability and structural integrity are at the core of this product's engineering. The frame is constructed from high-quality stainless steel (Aisi 304) or, optionally, from resilient carbon steel (S235Jr) which is finished with protective paint. The distinct walls of the bin are crafted from robust acrylic glass (Plexiglas), providing a clear, sleek appearance that integrates seamlessly into contemporary architectural environments. This urban furniture piece weighs 40 kg, ensuring substantial stability. The design prioritizes safety, omitting an ashtray to maintain a clean, streamlined profile suitable for sensitive public transit hubs, shopping centers, and government plazas where threat detection is a priority.
Designed for permanent placement, this litter bin is installed by bolting it securely to the foundation, guaranteeing resilience against environmental stresses and unauthorized movement. As an essential component of modern street furniture, the 03.052.5 model reflects a commitment to safety without compromising on design elegance. Its transparent construction allows for rapid inspection by maintenance and security personnel, streamlining facility management while upholding the refined visual standards of the Altus collection. Whether implemented in corporate lobbies or outdoor public squares, this product represents a professional approach to secure, high-capacity waste management.