Available at
dwr.comBest Price
$10,922.25
ViewThe Barber Osgerby Asymmetric Sectional by Knoll is a sophisticated blend of artistry and comfort. Designed by London-based duo Edward Barber and Jay Osgerby, this sectional features an elegant architectural profile with gently curved lines and subtle stitching. It is upholstered in a plush classic boucle fabric in Ardent (a dusty rose/mauve tone) and supported by jet black die-cast aluminum legs. The interior is crafted with high-density memory foam for a soft, sink-in feel, and it includes an integrated chaise, making it ideal for expansive living spaces.
- Elegant architectural profile and subtle stitching detail
- High-density memory foam for sink-in softness
- Integrated chaise ideal for large living areas
- Die-cast aluminum legs
Details
- Category
- Sofas
- Backrest Upholstery Pattern
- Solid
- Pattern
- Solid
- Firmness
- Soft
- Seat Upholstery Pattern
- Solid
- Reclining Mechanism
- None
- Assembly Required
- Yes
- Chaise Or Sectional Orientation
- Reversible
- Materials
- Boucle (52% wool, 48% nylon), Plywood frame, Die-cast aluminum, High-density foam padding, Gel-infused high-density memory foam topping, Elastomeric sheet webbing, Adjustable nylon glides
Questions & answers
- How much does it cost, and where can I buy it?
- This Knoll sofa is sold by 1 retailer for $10,922.25. Available at dwr.com.
- Is it in stock?
- Yes, it's currently in stock.
- What are the key features?
- Key features include Elegant architectural profile and subtle stitching detail, High-density memory foam for sink-in softness, Integrated chaise ideal for large living areas, and Die-cast aluminum legs.
- What is it made of?
- It's made of boucle (52% wool, 48% nylon), plywood frame, die-cast aluminum, high-density foam padding, gel-infused high-density memory foam topping, elastomeric sheet webbing, and adjustable nylon glides.
- What's its backrest upholstery pattern?
- Its backrest upholstery pattern is solid.
- What's its chaise or sectional orientation?
- Its chaise or sectional orientation is reversible.