Transitional White Nightstand For Bedroom - 25"h X 19"w 15"d 3 Drawers, Smooth Surface 3 Organization

the versatile white transitional nightstand is a practical and charming piece of furniture. its 25"h x 19"w x 15"d dimensions make it suitable for tight spaces. the smooth surface is easy to maintain, and the three drawers keep your essentials within reach. the bright white finish gives the nightstand a fresh and modern look. : practical nightstand, easy maintenance surface, essential storage, fresh modern look, compact dimensions this versatile nightstand in white is a great addition to any decor. the 29.28 lb weight makes it stable and . the drawers are made with precision for a smooth operation. the 25"h x 19"w x 15"d size is suitable for most rooms. : great addition, stable and , precision-made drawers, suitable size this white transitional nightstand is a solution. the 29.28 lb weight provides stability. the particle board is treated to and . the three drawers are designed with a pull-out tray for added convenience. : solution, stability, and , pull-out tray versatile white transitional nightstand. the 25"h x 19"w x 15"d size is perfect for small spaces. its smooth surface makes cleaning and maintenance a breeze. the bright white finish adds a touch of elegance and complements various styles. three drawers provide ample storage for essential items. : versatile nightstand, small space fit, smooth surface, bright white finish, ample storage enhance your bedroom decor with this stylish white nightstand. the 22 in. package width makes it easy to maneuver during setup. the bright white finish is fade-. the three drawers are equipped with a stop mechanism to drawers from falling out. : enhance bedroom decor, easy maneuver, fade-, stop mechanism this white transitional nightstand is a great addition to any room. the 29.28 lb weight ensures stability. it requires assembly, allowing you to add a personal touch. the particle board material is and reliable. : transitional nightstand, stable weight, assembly required, material