(parts only, missing parts) ChooChoo Shoe Storage Cabinet with 2 Flip Drawers, Deodorizing Shoe Organizer Storage for Entryway, Freestanding Hidden Slim Narrow Shoe Rack Cabinet, Antique White & Brown

Additional Details from the Manufacturer

This item information is coming from the manufacturer. Some of the details may vary from the Nellis Auction listing. Please check the Quality Rating and Notes for information specific to this listing

More features

• 【Built-in Deodorizer】This narrow shoe cabinet is equipped with a deodorizer, supporting 4 cycle modes and 4 timing modes to meet different usage needs. It is perfect for active families with frequent shoe use, and humid climates prone to odors. Tackle stubborn smells and enjoy long-lasting freshness effortlessly
• 【Farmhouse Style & Space Saving】The shoe storage cabinet features a farmhouse design and complements rustic, vintage, or modern decor beautifully. The slim shoe cabinet with its compact design and flip-top design, is ideal for entryways, living rooms, porches
• 【Large Capacity & Additional Hooks】Our entry way shoe storage cabinet has two flip-top drawers, each with two layers. The central divider in each drawer can be adjusted or removed to accommodate shoes of different heights. Slippers can be placed at the bottom. The top is perfect for keys, decorations, and wallets, and the fence design does not worry about falling. Side hooks are perfect for hanging umbrellas and handbags
• 【Sturdy & Safety】Made of high-grade MDF, this shoe rack cabinet ensures stability and longevity. Black metal handles add both functionality and farm style, complementing the wood grain finish. Anti-tipping device to increase safety
• 【Easy Assembly & Quality Finish】Quick assembly with clear instructions and a premium wood finish for lasting beauty and durability. If 2 people install the shoe organizer cabinet, it only takes 20-30 minutes
• 【More Tips】The wood shoe cabinet can hold up to 16 pairs of shoes (determined by shoe size). The color of the wood grain will vary slightly under different light intensities