Knocbel Extendable Dining Table, 42"-54" Length Retro Solid Wood Table with X-Shaped Base and Butterfly Leaf for Dining Room Kitchen, Natural Wood Wash

Knocbel Extendable Dining Table, 42"-54" Length Retro Solid Wood Table with X-Shaped Base and Butterfly Leaf for Dining Room Kitchen, Natural Wood Wash

(4.2)
14 Reviews

#commissionsearned

Specifications

  • Brand: Knocbel
  • Product Dimensions: 42"D x 54"W x 30"H
  • Maximum Weight Recommendation: 300 Pounds
  • Frame Material: Wood
  • Color: Natural Wood Wash 42"-54"

The Knocbel Extendable Dining Table is an elegant addition to any dining room or kitchen, offering both style and functionality. With its unique design featuring a lovely 12-inch butterfly leaf, this solid wood table allows you to easily adjust your tabletop from 42 inches to 54 inches. This extension capability makes it a perfect choice for family dinners or gatherings with friends, comfortably seating up to 6 people.

Features

    Retro Style: The Knocbel dining table features a beautiful X-shaped base and classic retro aesthetics that enhance the charm of any space.

    Extendable Table Top: Easily convert your table from oval to round shape by inserting or hiding the butterfly leaf.

    Ideal for Family Use: Perfectly suited for kitchens and dining rooms, it provides ample space for hosting family meals and gatherings.

    Premium Quality: Made with OAK veneer and solid wood legs, ensuring durability and stability. The table boasts a weight capacity of 300 pounds.

    Assembly Required: Comes with detailed instructions and all necessary tools to help you set it up in approximately 30 minutes.

Pros

  • Stylish retro design enhances home décor.
  • Flexible size accommodates different numbers of diners.
  • Sturdy construction supports significant weight.
  • Easy assembly process with clear instructions.
  • Multiple color options available to match your interior.

Cons

  • Real product color may vary slightly from images due to lighting.
  • Manual measurement may result in minor size discrepancies.