Urbantime

Liberty 080 Curved Bench

The Liberty 080 collection reimagines the classic outdoor bench with a modular, gently curved silhouette. This flat curved bench module pairs independent die-cast aluminium slats with a choice of trapezium, square, or infinity leg profiles, letting designers configure flowing seating arrangements for parks, plazas, and public spaces.

Available with a wood-effect sublimation finish, the bench brings natural warmth to a fully recyclable aluminium and galvanised steel structure, designed and made in Italy by Diemmebi R&D.

Construction
The seat modules are built on under-seat beams in 40x40x2 mm Sendzimir galvanised steel square tube, fitted with independent die-cast EN46100 aluminium slats spaced at an 87 mm pitch (80 mm slat plus 7 mm gap). Side frames are formed from 5 mm thick DD11 steel sheet, cold galvanised and finished, along with the rest of the structure, in polyester powder coating. Ground anchors are not included; glides are always supplied and must be fitted if the bench is not fixed to the ground.

Leg options
Trapezium leg
Square leg
Infinity leg

Product Info

Material

Aluminium and Galvanised steel

Dimensions

1240 x 1240 x 810 mm (L x W x H) — 90° curved module, R700 mm, seat height 650 mm, seat depth 472 mm

Weight
Download Catalog ↓

Sustainability
100% recyclable aluminium and galvanised steel construction. At end of life, components can be disassembled and recycled at a metal recycling facility. Packaging uses FSC-certified boxes, and Diemmebi issues a declaration of conformity under EU Regulation 2025/40 (PPWR) Annex VIII. Tested to UNI EN ISO 9227:2024, passing 600 hours of salt spray exposure.

Finishes
Metal (polyester powder coat): RAL 9005, RAL 6005, RAL 6021, RAL 5023, RAL 1019, RAL 3016, RAL 9003, RAL 7032, RAL 3009, RAL 1004, Anthracite, Corten
Wood-effect sublimation: Light Ash (Frassino), Cherry (Ciliegio), Dark Oak (Rovere) — available on flat slats and wedge-shaped flat slats for curved benches; not available on armrests, which are finished to match the structure