Banfield Venice Tall 2 Door 2 Drawer Robe - Grey

Currently unavailable

Currently unavailable
The Banfield Venice Tall 2 Door 2 Drawer Robe is designed for homeowners seeking a sophisticated, space-saving storage solution that combines minimalist aesthetics with robust functionality. Ideal for bedrooms where organization and modern design are priorities, it offers significant storage volume via its double-door cabinet and dual base drawers; however, its pre-assembled 74.5kg frame requires careful planning for placement as it cannot be disassembled.
| Colour | Grey |
|---|---|
| Model Part Number | 69X324-Graphite |
| Brand | Banfield |
No, this product arrives fully assembled and ready for immediate use.
Use a soft, damp cloth. Avoid all household chemical cleaners and abrasive sponges.
The drawers are designed for standard clothing storage. Avoid overloading with extremely heavy items.
No, the unit is delivered fully assembled, and the legs are a structural component of the design.
This product comes with a manufacturer's 1-year guarantee covering defects in materials and workmanship.
The unit measures approximately 197cm in height, 77cm in width, and 53cm in depth.
Ensure the floor is perfectly level; if the floor is uneven, the frame may tilt, causing drawers to catch.
Use a dry microfibre cloth to gently buff out marks; avoid wet cleaning products.
The internal hinges feature adjustment screws to align the doors perfectly within the frame.
Setup: Given the product weight of 74.5kg, ensure your flooring can support the weight and that the path from your entryway to the bedroom is wide enough to accommodate the 197cm height and 53cm depth. Inspect the unit immediately upon arrival to ensure the delivery team has placed it in the desired room.
Compatibility: The neutral graphite finish fits well with modern, industrial, or minimalist color palettes.
Care: Maintain the finish by wiping with a clean, soft, damp cloth only. Do not use household chemicals, furniture polish containing silicone, or abrasive scrubbers, as these can damage the specialized surface finish.