Round Travertine-Look Coffee Table, 31.5-Inch, Beige Yellow Fiberglass

This round coffee table brings natural stone style to your living room without the weight. At 31.5 inches across and 12.79 inches tall, it holds drinks, books, and decor comfortably beside your sofa or reading chair. The travertine-look finish in beige and yellow gives it organic texture and timeless appeal.

Built from fiberglass, MDF, and eucalyptus wood, the table is sturdy enough for everyday high-traffic use. A thick cylindrical base keeps it stable and wobble-free, while non-slip pads protect your floors. The smooth surface resists water and stains, so wiping it clean takes just a soft cloth.

Whether you need a coffee table, sofa side table, or entryway accent, this versatile piece works with modern, boho, and farmhouse decor. The open design lets you move and style it wherever it fits your space.

• 31.5-Inch Round Top: Generous diameter seats drinks, books, and decor next to your sofa without taking up too much floor space.
• Travertine-Look Finish: Natural stone-inspired paper finish in beige and yellow adds organic texture and timeless style to any room.
• Durable Fiberglass Construction: Built from fiberglass, MDF, and eucalyptus wood for solid stability and long-lasting durability in high-traffic spaces.
• Stable Cylindrical Base: Thick, wide base with reinforced design prevents wobbling and includes non-slip pads to protect your floors.
• Easy-to-Clean Surface: Smooth finish resists water and stains, staying fresh with just a quick wipe of a soft cloth.
• Versatile Styling: Works as a coffee table, side table, or entryway accent in modern, boho, and farmhouse decor schemes.

The tabletop measures 31.49 inches in diameter with a height of 12.79 inches, making it suitable for use beside a standard sofa or chair.

The table is constructed from fiberglass, medium-density fiberboard (MDF), and eucalyptus wood with a travertine-look paper finish.

The table weighs 52.91 lbs, providing stability while remaining manageable for placement and rearrangement.