Newman 2-Piece Sectional – LHF Arm Sofa & RHF Corner Sofa

Our Newman Sectional delivers exceptional comfort with a timeless, tailored look. Built with tempered heavy-gauge spring construction, it offers the plush feel of coil springs combined with the long-lasting durability of sinuous springs. Stocked in our “Hailey Natural” fabric, it’s finished with walnut finished legs, and comes complete with three coordinating toss pillows. Additional items, seat cushions, leg finishes, contrast welts, contrast toss pillows, nailheads, and fabrics available by special order. May not be shown in all locations.
Care Cleaning Code “WS”: Spot clean with upholstery shampoo. Use foam from a mild detergent, or mild dry cleaning solvent. Do not saturate. For overall complete cleaning: have done professionally.
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 Seat cushion comes standard as Convo-Lux: 1.8 lb. density foam.
Fabric ‘Hailey’ Natural fabric. 100% Polypropylene.
Legs Removable wooden legs are approximately 2 1/2″ high.
Special Features All come with 3 20″ Welted Fiber Filled Toss Pillows. Pillows on this frame ARE NOT ZIPPERED.
Springs Tempered heavy gauge spring construction with insulated clips for noise reduction. Has the comfort of coil spring construction with durability of sinuous spring.
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.