The Bowery Hill Single Wide Bookcase combines timeless design and sturdy functionality for versatile storage in any home or office setting. Crafted with genuine wood veneers and solid wood molding, this bookcase ensures durability while offering a refined look. Finished with a 10-step polyurethane oak process, the environmentally friendly finish enhances the natural beauty of the wood while maintaining zero VOC emissions. It features two adjustable shelves to accommodate books or decor of varying sizes, along with one fixed shelf that adds structural stability. Each shelf boasts a weight capacity of up to 70 lbs, providing reliable support for heavy items. Assembly is straightforward thanks to the dowel and cam lock design, and the engineered wood back panel offers superior durability compared to traditional cardboard-back designs in ready-to-assemble furniture. Measuring 36"H x 30.5"W x 10.63"D, the compact profile allows for easy placement in living rooms, bedrooms, kitchens, or offices, and multiple units can be seamlessly aligned to create a customized wall of bookcases as your storage needs grow. Materials are sourced in the USA and assembled in Mexico, ensuring quality craftsmanship. Assembly required.

• [High-Quality Material Selection]: Constructed with genuine wood veneers and solid wood molding, this bookcase ensures durability paired with an elegant, authentic wood aesthetic
• [Functional Storage Solution]: Features 2 adjustable shelves and 1 fixed shelf to accommodate books, décor, and various household items, supporting organizational needs in multiple spaces
• [Design and Finish Details]: Completed with a 10-step polyurethane dry oak finish, this bookcase provides a warm, classic look suitable for traditional or transitional interiors
• [Dimensions and Weight Capacity]: Measuring 36 in H x 30.5 in W x 10.63 in D, each shelf is rated to hold up to 70 lb, enabling reliable storage even for heavier items
• [Assembly Features]: Requires assembly using dowels, camlocks, and an engineered wood back panel, ensuring a stable structure that's more durable than many comparable options