The Pavo recycling bin (15.563), expertly designed by Filip Babiarz, represents a sophisticated solution for modern urban furniture requirements. Specifically engineered to facilitate efficient waste management, this modular trash bin system features five distinct internal containers, each offering a capacity of 13 1/4 gallons. With a total width of 66 1/4 inches and a height of 41 inches, the unit is constructed from robust S235Jr carbon steel or high-grade Aisi 304 stainless steel, ensuring exceptional durability in high-traffic public spaces. Designed as a permanent fixture, the bin utilizes a secure screw-down mounting method to provide stability and long-term reliability in any street furniture landscape.
Customization is central to the Pavo product line, offering a versatile range of finishes to complement diverse architectural environments. The housing can be specified in European coniferous wood, hardwood of European origin, oiled or premium exotic wood, as well as powder-coated carbon steel, stainless steel, or durable HPL board. This aesthetic flexibility allows the waste segregation garbage can to integrate seamlessly into park settings, plazas, or modern corporate campuses. Internally, each of the five compartments is equipped with a high-quality galvanized sheet metal insert, facilitating easy emptying and maintenance, while the design intentionally excludes an integrated ashtray to maintain a clean, streamlined profile.
As a premium component of public infrastructure, the Pavo recycling bin prioritizes both functional performance and structural integrity. Weighing between 421 and 448 pounds depending on the selected wood finish, the unit possesses significant mass, underscoring its heavy-duty nature. The combination of sustainable materials and precise manufacturing reflects a commitment to high-standard site furnishing design. Whether deployed in city centers or pedestrian zones, this recycling station serves as a durable, efficient, and visually cohesive element that supports waste separation initiatives through thoughtful, industrial-grade engineering.