VeeBath Desire Venus Vanity Unit And Basin - 600mm - White


Currently unavailable


Currently unavailable
The VeeBath Desire Venus Vanity Unit and Basin is designed for homeowners and renovators seeking a clean, modern aesthetic and efficient storage for small to medium-sized bathrooms. This 600mm floor-standing unit offers a practical solution for organizing toiletries while providing a sleek, durable surface with its integrated slim-edge basin. While it offers excellent value for a bathroom refresh, potential buyers should note that the unit requires separate procurement of a tap and waste fixture, as these are not included in the package.
| Colour | White |
|---|---|
| Model Part Number | VB-VUMW60-FP |
| Brand | VeeBath |
No, the tap and basin waste must be purchased separately.
The VeeBath Desire Venus is a floor-standing unit.
The vanity unit is 600mm wide.
Yes, the 600mm footprint is compact and ideal for smaller spaces while still offering storage.
Use a soft, damp cloth and avoid abrasive cleaning products to keep the finish looking new.
While the assembly is straightforward, we recommend professional assistance for plumbing connections.
Check if the floor is level and use shims to stabilize the vanity base before final plumbing connections.
Ensure the silicone seal between the basin and the vanity unit is properly applied and not cracked.
Clean promptly with a non-abrasive cloth; avoid harsh chemicals that can strip the protective moisture-resistant layer.
Installation requires basic plumbing skills for connecting the basin to existing supply lines and the waste pipe. Given the floor-standing nature of the unit, ensure your bathroom floor is level before placement; if the floor is uneven, minor shims may be required to prevent wobbling. For compatibility, ensure your chosen basin mixer tap is rated for the size of this sink. To maintain the finish, use a soft, damp cloth with non-abrasive household cleaners. Avoid leaving standing water on the unit surface to preserve the finish longevity and prevent potential water ingress at the joints.