The Flash recycling bin (model 15.525) is a sophisticated solution for waste management designed to integrate seamlessly into contemporary urban furniture arrangements. With a total width of 195 cm, a height of 82 cm, and a depth of 48 cm, this modular unit offers a streamlined silhouette suitable for high-traffic public spaces. The robust construction is available in either high-quality carbon steel (S235JR) or premium stainless steel (AISI 304), ensuring long-term durability and resistance to environmental factors. The product is specifically engineered for stationary use, with a secure installation method via bolts attached to a permanent foundation, making it an ideal component for parks, pedestrian zones, and corporate campuses.
Functionality is at the core of the recycling bin design, which features five individual galvanized steel containers, each offering a capacity of 75 liters. This modular system allows for efficient waste segregation in professional settings. The exterior aesthetic of the Flash series is highly customizable to match diverse architectural styles. Clients may select from a wide range of casing finishes, including soft wood, European hardwood, premium hard wood with an oil finish, sustainable eco plank, or durable HPL. These material choices allow the bin to serve as a functional piece of street furniture that complements both natural landscapes and modern industrial surroundings, while the absence of an integrated ashtray maintains a clean, minimalist profile.
By combining high-capacity storage with a versatile, high-grade material selection, the Flash recycling bin stands as a premier choice for municipal planners and landscape architects. The use of galvanized steel for internal containers guarantees corrosion resistance and longevity, even under heavy daily use. As part of the wider ZANO collection, this product exemplifies the marriage of aesthetic excellence and practical utility. Whether placed individually or in series, its refined design elevates the standard of public infrastructure, ensuring that waste collection points contribute positively to the visual cohesion of the environment while facilitating essential sustainability practices in public spaces.