Mixed materials and an open chaise design offers dynamic and distinctive seating. Weathered oak with charcoal felt, bronze nailhead trim, and black leather bolsters.
Finish & Paint OptionsItems available in either a Weathered Grey, Antique Bleach, Oak, or Medium Brown finish.
Finish & Paint Options
Items available in either a Weathered Grey, Antique Bleach, Oak, or Medium Brown finish.
Construction & Materials
Case DetailCollection features a variety of leg and base styles, including cabriole legs, tapered legs, turned legs, and scroll legs.
Case Detail
Collection features a variety of leg and base styles, including cabriole legs, tapered legs, turned legs, and scroll legs.
Wood TypeSolid Wood
Wood Type
Solid Wood
Material FamilyWood
Material Family
Wood
Case ConstructionEach piece is hand-made from Oak.
Case Construction
Each piece is hand-made from Oak.
MaterialSolid Wood
Material
Solid Wood
Item & Dimensions
ManufacturerFour Hands
Manufacturer
Four Hands
The Kensington CBBS Mercury Double Chaise, made by Four Hands,
is brought to you by Malouf Furniture Co.. Malouf Furniture Co. is a local furniture store, serving the Foley, Mobile, Fairhope, Daphne, and Gulf Shores, AL area. Product availability may vary.
Contact us for the most current availability on this product.
Collection Details
With clean lines, efficient design and convenient size, the Kensington collection is bound to leave you pleased. The collection features a variety of pieces with different finishes and fabrics, each of which carries a soft romantic quality that looks elegant and romantic. Nailhead trim on items like the Rosalie chair leaves pieces with a strong, textural appearance, enhancing the simple shapes for a look that is sure to impress. Simple and elegant, the Kensington collection offers classic, vintage-inspired pieces to give your home a dreamy, romantic atmosphere.
The Kensington CBBS collection is an amazing option if you are looking for
Traditional furniture.
Our store serves the Foley, Mobile, Fairhope, Daphne, and Gulf Shores, AL area.