Specification :

• Available Color Variants: Black / Grey / Brown
• Material: Rubber Wood, MDF
• Product Dimensions: 36" x 30"
• Weight Capacity: 220 lbs
• Net Weight: 33 lbs

Description:

This 36-inch round dining table combines functional design with timeless style, making it a versatile addition to any dining space. Featuring a spacious 36" tabletop, it provides ample room for meals, coffee breaks, or casual conversations, perfectly suited for kitchen nooks, breakfast corners, or compact dining areas. The bold X-base pedestal not only delivers sturdy structural support but also creates an open, airy feel while allowing generous legroom for comfortable seating. Crafted with durable rubber wood legs and a premium MDF tabletop, this round table can support up to 220 lbs and comes with adjustable leveling feet to ensure stability on uneven surfaces. Available in classic Black, Grey, and Brown finishes, it effortlessly complements modern, farmhouse, or contemporary décor, making it an ideal centerpiece for apartments, small cafés, or cozy home dining areas.

Key Features

• Spacious 36" Round Tabletop: Perfectly sized for small gatherings, this 36-inch round dining table offers generous surface area for meals, coffee breaks, or casual chats. Ideal for kitchen nooks, breakfast corners, or compact dining spaces.
• X-Base Pedestal Design: The intersecting pedestal base showcases a bold X-shaped structure that adds a modern farmhouse flair while maximizing legroom and delivering reliable structural support.
• Rubber Wood Legs: Built with strong rubber wood legs, this round dinette table is designed for long-lasting use. It supports up to 220 lbs and includes adjustable leveling feet for added stability on uneven flooring.
• Versatile Dining Accent: This round wood kitchen table blends seamlessly into various settings—from apartment dining areas and compact cafes to home breakfast spaces serving as a stylish and practical centerpiece.

Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.