Ultra-Thin Shoe Cabinet for Small Spaces – 18cm/25cm Narrow Tip-Out Entryway Shoe Rack, Wall-Mounted Space-Saving Storage for Home Entrance

This shoe cabinet features a combined wood-and-board structure. The frame is solid rubberwood, with clear grain and tough texture, providing a stable cabinet structure. The main panels are MDF (medium-density fiberboard) with a lacquer-free finish, offering high flatness, resistance to deformation, and easy cleaning. Two cabinet depths are available – 18 cm and 25 cm – allowing flexible selection based on hallway width: 18 cm suits extremely narrow spaces (e.g., behind a door or in a recessed wall), while 25 cm accommodates more shoe types (some sneakers and low-to-mid boots). The overall depth is much less than traditional 30 cm+ hinged cabinets, taking up almost no active space when placed against the wall.

The interior uses a tip-out opening mechanism: when opened, the compartment tilts forward and downward by about 30°–45°, lifting the shoes inside, allowing easy viewing and access without bending down. Each tip-out compartment is recommended for 2–4 pairs (depending on shoe size), with a load limit of 3 kg. The flat front panel can also serve as a temporary shelf for small items. Common cabinet widths are 60/80/100/120 cm, with heights of 90–120 cm. The solid rubberwood frame is sanded and coated with clear or open-pore lacquer to preserve natural grain. The MDF body can be finished in various colors (white, natural wood, gray, walnut) for two-tone or solid-color effects.

Anti-tip connectors are preset on the back for wall fastening, meeting child safety standards. Applications include small-entryway foyers, rental apartments, serviced apartments, and corridor ends. Subject to minimum order quantities, customizations include thickness (18/25 cm), width, number of tiers, color, and brand logo. This shoe cabinet combines the durability of a solid wood frame with the cost control and color variety of MDF, achieving practical storage and minimalist aesthetics in an ultra-thin profile.