Madison 7 Piece Dining Group

Madison 7-Piece Dining Group | Etch Grey & Sisal

Sophistication meets seamless utility in the Madison 7-Piece Dining Group. Designed for those who love to host without the hassle, this set combines a spacious slat-top table with the industry-leading comfort of Phifertex® sling seating. With its tonal Etch Grey frame and organic Sisal weave, it brings a clean, contemporary aesthetic to any patio or poolside.

The Dining Experience

This set is centered around a fixed-length 42" x 84" Rectangle Slat Dining Table, providing a generous surface area for six guests. The aluminum slat top is not only visually striking but also highly functional, allowing rainwater to drain through for a quick-dry surface.

Tailored Seating Options

Configure your set to match your personal style and comfort needs. Choose from:

• Sling Dining Chairs: A sleek, streamlined profile that is lightweight and easy to arrange.

• Sling Swivel Rockers: Elevate the experience with a smooth 360-degree swivel and a relaxing rocking motion.

High-Performance Materials

• Phifertex® Sling Fabric: The Sisal aluminum sling is a high-tension, breathable textile that stays cool under the sun. It is engineered to resist sagging, tearing, and UV fading while drying almost instantly after rain.

• Commercial-Grade Aluminum: Built with heavy-duty, rust-proof aluminum, these frames offer the durability required for high-traffic residential or hospitality environments.

• Premium Etch Finish: The Etch Grey frames are treated with a multi-stage Powder Coat Process, resulting in a sophisticated matte texture that resists scratches and the elements.

Technical Specifications

Effortless Outdoor Living

The Madison 7-Piece Dining Group is the ultimate "set it and forget it" solution for the modern host. Because the Phifertex slings eliminate the need for bulky cushions, maintenance is nearly non-existent—a simple hose-down is all it takes to keep your dining area looking pristine. Enjoy the look of natural textures with the rugged performance of industrial-grade aluminum.