Soft Edge 51 Dining Chair is part of Iskos-Berlin's Soft Edge collection for HAY — a dining chair that uses the collection's characteristic wood-fibre and polypropylene composite shell to deliver a dining seat of formal refinement and material efficiency at the everyday dining chair scale. The rounded, softened edge profile that defines the Soft Edge collection is as present and as formally effective at the dining chair scale as in the larger lounge format — it gives the shell a quality of visual lightness and tactile warmth that distinguishes it clearly from harder-edged plastic or metal shell dining chairs while maintaining the structural performance required for practical everyday use.

The Soft Edge 51 is available in different shell colour and leg combination options, giving it a flexibility that suits a wide range of dining room aesthetic directions. The composite shell construction provides both durability and stackability, extending the chair's practical applicability to commercial dining environments alongside residential use. Iskos-Berlin's design intelligence ensures the chair's proportions are resolved for genuine dining comfort while maintaining the clean, contemporary formal character that makes the Soft Edge collection one of HAY's most coherent and formally consistent seating families. The composite shell quality and commercial stackability make the Soft Edge 51 one of the most practically resolved dining chairs in the HAY collection for both residential and contract specification.

The Soft Edge 51 Dining Chair is well suited to residential dining rooms and kitchen settings where a dining chair of innovative composite material quality and clean formal character is required. Its commercial durability and stackability also make it an effective specification for restaurant environments, hospitality dining settings, and any contract context where design quality, material performance, and practical stackability are simultaneously required in a single dining chair solution.

Available as a 2D DWG drawing and 3D model.