The Sail table is a furniture design by Tom Fereday for Australian brand Design By Them. Created for both indoor and outdoor environments, the table is constructed from aluminum and is available in three sizes. The design emphasizes durability, light weight, and versatility while maintaining a clean architectural appearance suitable for workplaces, hospitality settings, and residential spaces.
The tabletop is formed from a single sheet of aluminum with folded and crimped edges that wrap along its length and integrate around the legs. These folded details add structural strength while creating a softer visual profile. The table is finished with a powder-coated surface and is offered in dark bronze, light bone, and a hand-burnished aluminum finish that highlights the natural character of the material. Rust-resistant construction allows the table to be used outdoors, while its flat-pack format simplifies transportation and assembly.
Folded Aluminum Tables
The Sail Table Uses Crimped Edges and a Single-Sheet Aluminum Top
Trend Themes
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Single-sheet Furniture — Monomaterial designs that use folded sheet metal reduce part complexity while creating stronger, lighter products suited to scalable manufacturing.
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Indoor-outdoor Workspaces — Hybrid furniture built for offices, hospitality patios, and homes reflects a growing demand for durable pieces that move fluidly between environments.
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Flat-pack Premium Design — Architectural furniture with compact shipping formats signals opportunity in high-end products that combine design sophistication with lower logistics costs.
Industry Implications
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Furniture Design — Material-efficient construction methods are reshaping premium furniture by blending structural performance, refined aesthetics, and simplified assembly.
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Hospitality — Weather-resistant tables with elevated finishes support flexible dining and lounge formats across indoor venues, terraces, and outdoor guest areas.
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Commercial Interiors — Lightweight modular furnishings create value for adaptable workplaces where durability, transport efficiency, and visual consistency are increasingly important.