The Pavo Litter Bin (03.063) represents a sophisticated solution in the field of urban furniture, meticulously designed to balance aesthetic appeal with functional durability. Standing at 100 cm in height with a width of 40 cm and a depth of 30 cm, this litter bin provides a compact yet high-capacity solution for public spaces. With a 52-liter internal volume, it is expertly engineered to handle the demands of heavy pedestrian traffic while maintaining a slim, unobtrusive footprint. The unit is specifically configured without an integrated ashtray, ensuring a clean and focused design aesthetic suitable for modern architectural environments.
The structural integrity of the Pavo series is defined by its robust construction, available in high-quality carbon steel (S235JR) or premium stainless steel (AISI 304). The exterior casing offers extensive customization possibilities, featuring options such as soft wood, European hardwood, or premium oiled hardwood finishes, alongside modern HPL alternatives. These materials are selected to ensure that the street furniture integrates seamlessly into diverse landscapes, from parks and plazas to corporate courtyards. Every component is designed for resilience, with an internal galvanized steel container that ensures long-term resistance to corrosion and simplified maintenance protocols for municipal crews.
Installation of the Pavo Litter Bin is streamlined through a secure bolting method, allowing for stable attachment directly to a concrete foundation. This ensures the urban equipment remains fixed firmly in place, providing a reliable waste management solution in high-traffic outdoor areas. By combining industrial-grade craftsmanship with a refined wood-finish aesthetic, the Pavo collection serves as a cornerstone of functional design within contemporary public infrastructure. Its versatile material composition and durable construction make it an essential choice for urban planners and architects seeking reliable, long-lasting benches and ancillary waste solutions that prioritize both environmental harmony and operational efficiency.