This navy blue Wood Accent Table combines coastal charm with practical functionality, making it a perfect addition to your living space. Crafted from 52% MDF, 45% acacia hardwood, and 3% hardware, this table showcases durable craftsmanship with eco-friendly materials. Its beadboard-style exterior and white metal starfish drawer pulls enhance the nautical appeal, seamlessly complementing both contemporary and traditional decor. Measuring 24" wide, 13" deep, and 30.25" high, the table provides ample display space on its roomy rectangular top, ideal for lamps, plants, and personal items. A spacious drawer offers convenient storage for keeping essentials neatly tucked away, while the sturdy lower shelf provides additional room for books or decorative accents. With a weight capacity of 50 lbs on the tabletop, this versatile piece works perfectly as a living room side table, bedside nightstand, or bathroom cabinet replacement. The table’s simple assembly is guided by clear instructions, ensuring quick setup. With its stylish functionality and coastal aesthetic, this accent table adds a delightful touch to nautically themed or beach-inspired interiors.

• [Premium Material Composition]: Crafted from 52% MDF, 45% Acacia, and 3% Hardware, this table combines durability with aesthetic appeal for versatile use in residential spaces
• [Practical Drawer Functionality]: Features a spacious drawer measuring 18.25 in x 9 in x 3.25 in, ideal for storing essentials like address books, coasters, remote controls, or small accessories
• [Coastal Inspired Design]: The navy beadboard finishes and white metal starfish drawer pulls exude a nautical charm, making this piece perfect for beachfront or themed interiors
• [Dimensions and Practical Size]: Designed at 24 in width, 13 in depth, and 30.25-in height, it works effortlessly as a nightstand or living room side table with ample storage below
• [Weight and Capacity Details]: Supports a top load capacity of 50 lbs and weighs 20.29 lbs, providing stability for your decor, books, or lighting without compromising functionality