Nuie Windon High Rise Single Lever Mono Basin Mixer Tap - Chrome

Product Description

The Nuie Windon High Rise Single Lever Mono Basin Mixer Tap - Chrome offers a blend of smooth, modern style and reliable practicality. Specifically designed for countertop vessel basins, this WRAS-approved tap features premium brass and advanced ceramic disc technology, ensuring effortless operation, a long lifespan, and excellent water flow even in homes with lower pressure.

Product Features

Striking Angular Modernity: The Windon design boasts sharp, clean lines, creating a sleek and contemporary aesthetic that commands attention in any bathroom.   

Lasting Lustrous Chrome: The premium chrome finish not only exudes brilliance but also resists the wear and tear of daily use, maintaining its shine for years to come. 

Elevated for Vessel Basins: Its high-rise form is precisely engineered to complement countertop vessel basins, providing optimal height for comfortable use and filling.   

Smooth, Leak-Free Longevity: Incorporating advanced ceramic disc technology, this tap ensures effortless operation, eliminates frustrating drips, and significantly extends its lifespan.   

Intuitive Single-Handed Control: The streamlined single lever design allows for simple and precise manipulation of both water temperature and flow with just one hand. 

Durable Brass Foundation: Constructed with high-quality brass, guaranteeing reliable performance and enduring durability.   

Consistent High Flow: Engineered to deliver excellent water flow even in homes with lower pressure systems, ensuring a satisfying user experience.   

Assured Quality and Safety: Fully compliant with the stringent standards of the Water Regulations Advisory Scheme (WRAS), providing complete peace of mind.

The Nuie Windon High Rise Single Lever Mono Basin Mixer Tap offers a fusion of contemporary style and user-friendly functionality. Its elevated spout provides ample clearance for comfortable use with vessel basins, while the intuitive single lever allows for effortless adjustment of both water temperature and flow.