Melbury Pro Mono Basin Mixer Tap - Matt Black
Product code: 303811
Not available for delivery
Sorry, this product is not available for delivery
Product added for Click & Collect
Product has not been added for Click & Collect
Click & Collect
Nearest Store
More Stores
Quantity:
1
£155
Stores with both stock and Click & Collect near .
FREE Click & Collect in as little as 15 minutes from over 230 stores
Melbury Pro Mono Basin Mixer Tap blends soft geometric lines with hotel-level luxury. Engineered from solid brass for lasting durability, it features an ergonomic lever accented with tactile diamond-cut knurling for effortless grip and precise control. Finished in striking matt black, it delivers a smooth water stream while creating a bold, contemporary centerpiece for any modern basin.
Read more
Read less
Product details
- Delivery: 2 days
- Availability: Wickes Bespoke Bathrooms
- Range: Melbury Pro
- Suitable for: All pressure systems
- Mount Type: Deck mounted
- Depth: 154 mm
- Height: 166 mm
- Width: 51 mm
- Weight: 0.72 kg
- Spout Height: 77 mm
- Spout Length: 125 mm
- Pipe Inlet Size: Refer to diagram
- Flow Rate: 10.59 ltr/min at 3 bar
- Minimum Operating Pressure: 0.5 bar
- Maximum Operating Pressure: 5 bar
- Maximum Temperature: 60 °C
- Handle Style: Lever
- Number of Handles: 1
- Finish: Black
- WRAS: Y
- Material: Brass
- For Use With: All pressure systems
- Type: Basin mixer taps
- Years Guaranteed: 10
- Manufacturer Model No: MSTDBMBlk
- Country Origin: China
- Brand Name: Abacus
- Range Description: Melbury Pro
- Made To Order: N
Features & benefits
- Intricate knurled detailing provides a luxurious look with enhanced grip for effortless control
- Durable solid brass construction
- Matt black finish
- Cold start technology defaults to cold water in the central position, activating hot water only when moved to prevent unnecessary boiler ignition
- Vernet thermostatic cartridges
- 10 year guarantee
- While we strive for exact visual consistency across each colour, slight variations between components may occur due to differing materials and lighting conditions