Solid Wood Extendable Dining Table - Walnut & Marble-Look Top, Expands 47" to 59", Space Saving Modern Table for Small Spaces, Scratch-Resistant Kitchen Table

Solid Wood Extendable Dining Table - Walnut & Marble-Look Top, Expands 47" to 59", Space Saving Modern Table for Small Spaces, Scratch-Resistant Kitchen Table

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Specifications

  • Brand: kikiumi
  • Product Dimensions: 31.5"D x 59.06"W x 29.53"H
  • Item Weight: 97 Pounds
  • Maximum Weight Recommendation: 300 Pounds
  • Frame Material: Solid Oak

The Solid Wood Extendable Dining Table combines style and functionality to meet the needs of modern living spaces. Its walnut-finished oak base paired with a marble-look top provides both luxury and durability, making it an excellent choice for family gatherings or intimate dinner parties.

Features

  • Dual-Material Premium Build: The table features a solid walnut-finished oak base and a marble-pattern engineered stone top, ensuring both strength and elegance.
  • Smart Extension Mechanism: Expands effortlessly from 47 inches (ideal for 4 seats) to 59 inches (accommodating 6 seats) in seconds, catering to your varying hosting needs.
  • Luxury Meets Practicality: The scratch and stain-resistant surface can withstand hot dishes and spills, while rounded oak edges help prevent bruising.
  • Transitional Style Masterpiece: Aesthetically versatile, it blends modern marble design with rustic walnut warmth, complementing various decor styles like minimalist and art deco.
  • Tooled Assembly in 45 Minutes: Comes with a pre-assembled base and numbered parts for easy setup using the included hex key, making assembly faster than pizza delivery.

Pros

  • Stylish design that fits well in various interior themes.
  • Durable materials ensure longevity and easy maintenance.
  • Compact size when not extended is perfect for small spaces.
  • Simple assembly process allows you to set it up without professional help.

Cons

  • Currently has no customer reviews or ratings to assess long-term performance.
  • Heavier weight may require more effort during relocation.