Celeste - 4 Piece Dining Set (Theater Bar Table & 3 Stools) - Black

The Celeste 4-Piece Theater Bar Table Set is the epitome of contemporary design seamlessly blended with functional features. This set includes a 60-inch counter table and three black velvet stools, all adorned with an espresso base and a faux marble top in white with gray veining. Crafted with solid rubberwood and manufactured wood components, this dining set ensures durability that stands the test of time. The glossy finish on the table's top not only adds a touch of sophistication but also provides heat and water resistance for effortless cleaning and protection against wear. Luxurious seating is guaranteed with 100% polyester velvet fabric covering sumptuous memory foam cushions in the stools, accentuated by silver nailhead trim for an elegant touch. Function meets form with a built-in electrical outlet and 2 USB charging ports, transforming this set into a practical and productive work and play space.

Product Features

• What's Included - (1) Dining Table, (3) Bar Stools, Hardware and Assembly Instructions
• Quality Construction - Solid Rubberwood combined with manufactured wood components ensure a long-lasting dining set.
• Heat and Water Resistant-The dining table top is finished with a glossy coat for easy cleaning and protection from wear.
• Contemporary Glamour - The white and gray veined faux marble top glimmers against deep espresso legs, offering a sleek, modern ambiance.
• Luxurious Seating - Soft and durable 100% polyester velvet fabric covers sumptuous memory foam cushions for an easy care, posh seat.
• Tailored for Elegance - The rich, lux colors of the velvet chairs are accented by silver nailhead trim for a sparkling final touch.
• Function and Form - A built-in electrical outlet and 2 USB charging ports make this a practical and productive work and play space.
• Easy Set-Up-Instructions included for quick assembly..
• Warranty-One year warranty
• Due to the many variations in monitors and websites, the color you see online may differ slightly from the actual product.