Product Display & Design Concept
Introducing the Vida Designs Drawer Chest Arlington 7 Drawers in White/Oak Effect, a modern and stylish storage solution designed to keep your space organized and clutter-free. This drawer chest features a mid-tone white body that contrasts beautifully with its oak-effect top, creating a chic and contemporary look that can easily transform any room from traditional to modern. The chest includes seven drawers, with three smaller drawers at the top and four larger ones below, each equipped with brushed silver handles for a sleek finish and efficient storage.
Materials & Craftsmanship
The Vida Designs Drawer Chest Arlington is constructed from a combination of chipboard, medium-density fibreboard (MDF), and melamine-faced boards. These materials are chosen for their durability and ability to maintain a modern aesthetic. The oak-effect top adds a natural touch to the piece, complementing the white body and enhancing the overall design.
Product Features & Usage Scenarios
- Stylish Two-Tone Design: Combines a mid-tone white body with an oak-effect top for a modern look.
- Robust Construction: Made from chipboard, MDF, and melamine-faced boards for durability.
- Ample Storage: Features 7 drawers for efficient storage solutions.
- Ideal for Small Spaces: Compact dimensions make it suitable for smaller rooms or areas.
- Easy Assembly: Comes flat-packed for easy home assembly.
Dimensions & Specifications
| Specification | Description |
|---|---|
| Height | 81 cm (approx.) |
| Width | 111.5 cm (approx.) |
| Depth | 35 cm (approx.) |
Installation & Maintenance
This product is delivered in flat-pack form and requires self-assembly. For maintenance, simply wipe clean with a dry cloth to keep it looking its best.
Safety Warnings
⚠️ Tipping Risk: To prevent tipping, ensure the drawer chest is securely anchored to the wall using the provided mounting hardware. Failure to do so may result in the chest tipping over, which can cause injury or damage. The maximum load-bearing capacity for the drawers should not be exceeded to maintain stability and safety.
