FGP Litter Bin

The FGP Litter Bin is a warm, contemporary streetscape element designed by Francisco Gomez Paz as part of the globally recognised FGP Collection. Its signature form pairs a cast‑aluminium rim with a rotational‑moulded base, connected by vertical wood slats that soften and naturalise urban environments. The hinged top swings upward for easy servicing, while a 17‑gallon liner and side openings offer accessible, discreet waste disposal. Supplied by 3iS Transport, FGP is ideal for premium public‑realm design requiring both sculptural appeal and practical durability.

The FGP Litter Bin is a refined piece of urban furniture developed, designed to integrate seamlessly within the FGP Collection of benches, lighting and cycle infrastructure. Its design centres on a cast‑aluminium rim and top, paired with a robust rotationally‑moulded base, creating a light‑looking yet strong structure. Vertical wood slats —available in the same species offered across the FGP seating range—introduce natural warmth and tactile quality, making the bin appropriate for both nature‑dominated and architectural environments. The unit has been engineered for efficient servicing. The hinged top swings open, allowing easy access to the internal liner without the need to lift heavy exterior components. The FGP litter bin uses a 17‑gallon polyethylene liner, featuring bag clips or hangers to secure liners neatly during operation. Side apertures allow easy disposal while shielding contents from direct view, elevating visual comfort in high‑end public spaces. FGP is available as surface‑mounted or freestanding, the latter featuring a sand‑filled or concrete‑filled base depending on configuration. All aluminium components receive a durable powder‑coat finish, while wood slats align with the FGP family’s specified wood species. As part of 3iS Transport's premium global collections portfolio, the FGP Litter Bin is suited to plazas, universities, corporate campuses, cultural venues and high‑quality public‑realm developments seeking elegant, warm and highly functional waste‑management elements.