The 700 Series from Maglin Site Furniture features streamlined and contemporary designs that blend seamlessly with various outdoor environments, from residential amenities spaces and urban plazas to park settings. This series complements the modern urban landscape by offering sophistication, refined style, modern details, and comfort that allow for versatile use in commercial and public spaces. The series comprises three categories: benches, tables and seating and lounge chairs.
With a slim profile and warm Ipe wood surfaces, the 700 Series – 720 Bench is versatile, modern and inviting. This bench comes in backed and backless versions and wall mount and cantilever options, allowing for integrated seating in challenging spaces like transit facilities, atop hardscape elements, and affixed to exterior walls.
The 700 Series – 720 Table and Bench combination creates a welcoming gathering place for dining al fresco, playing board games outdoors, or sharing conversation. The unit is designed for the urban landscape with Ipe wood surfaces and a sturdy frame constructed from solid cast aluminum, HS steel tube, and flat bar.
Maglin’s 700 Series – 720 Chair and Lounge are designed for comfort and modern aesthetics. The frame is made from laser-cut and formed steel, and the seats are available in Ipe wood or powder-coated steel. 720 Chairs and Lounges have ergonomically constructed seats and backrests that provide optimal support for extended seating periods. All metal elements in the 700 Series are protected with the Maglin Powdercoat System, providing a durable finish in a variety of classic and vibrant colors.
Maglin offers Environmental Product Declarations (EPDs) for all products in the 700 Series. Third-party reviewed and verified, these documents capture the environmental impacts over the entire lifecycle of Maglin products, from resource extraction or harvesting to processing, manufacturing, transportation, use, and end-of-life. This data empowers specifiers and buyers to make informed decisions and calculate project-wide carbon emissions accurately.
