Rhodes 2-Piece Sectional – LSE 3 Seat End and RSE Corner

At the intersection of comfort and elegance, our Rhodes Collection seamlessly integrates timeless modern style into your living space. The Rhodes 2-Piece 3-Seat End and 3-Seat Corner Sectional features a left-side three-seat end and a right-side three-seat corner with track arms. It features harmony cushions made up of 2.3HR density foam core and sinuous spring construction. Many other styles and pieces are available, including a roll and track arm 39″ depth sectional and sofa. May also be special ordered in over 600 other fabrics. Cushion upgrade is also available. USA made. May not be shown in all locations.
Color Description Boston Interiors strives to accurately reproduce screen images of fabric and wood samples. However, due to manufacturing variances, limitations of monitor resolution and the variation in natural interior lighting, actual colors may vary from the images you see online. For this reason, it is important to see a sample of the products at your local showroom whenever possible.
Cushion Sinuous spring construction and Harmony cushions. 2.3HR density foam core. Covoluted foam on both sides of core, 1/2 z fiber wrap shaped foam front cap on the front of the boxing of the seat cushion. This is all wrapped in channeled ticking with 7-denier fiber fill. 7 Denier fiber fill is small poly fiber bloom in to the channels of the channeled jacket.
Fabric 18099: 100% Polyester. Cleaning code W: Spot clean only with water-based shampoo or foam upholstery cleaner. Do not use solvents to spot clean.
Origin Made in USA.
Seat Height 36″ depth seat
Warranty Lifetime on frame and springs. Note Due to unavoidable variations in materials and human craftsmanship, there is a minimal, but measurable, difference in weights and measurements from piece to piece. The stated weights and dimensions on the specification sheet and web site are the manufacturer standards. Each handmade piece will vary slightly from those standard numbers. Any measurement could be open to interpretation based on the methodology of the person taking the measurements.