Nuie · Offset Quadrant Trays

Nuie Left Hand Offset Quadrant Shower Tray | White | Acrylic/Stone Resin | 1200mm x 800mm

Model Number: NTP112 Transform your bathroom with the Nuie White 1200mm x 800mm Left Hand Offset Quadrant Shower Tray, a perfect blend of style and functionality. This contemporary shower tray is designed to enhance your bathing experience while fitting seamlessly into any modern bathroom design. The left-hand offset quadrant shape offers a clever use of space, making it ideal for compact bathrooms where every inch counts. Crafted from high-quality materials, this shower tray promises durability and longevity. The tray is constructed from a patented 'Pearlstone Matrix', which not only makes it incredibly strong but also lightweight. Its sleek design, at just 40mm high, adds a modern touch to your bathroom while ensuring easy access. The glossy finish is not just visually appealing but also easy to clean, maintaining the pristine look of your shower area. Whether you're a homeowner looking to upgrade your bathroom or a contractor searching for reliable fixtures, the Nuie Offset Quadrant Shower Tray is an excellent choice. Its thoughtful design and robust build make it suitable for everyday use while providing a safe and stylish bathing environment. Key Features: Easy to fit - The Pearlstone Matrix trays have a flat underside making installation and levelling even easier Slimline - At just 40-45mm high Pearlstone trays are amongst the sleekest on the market Patented Technology - Made of the patented 'Pearlstone Matrix' making the range one of the strongest and lightest available All trays are acrylic capped and constructed from a polyurethane resin mixed with filler including volcanic ash Lightweight - The trays are up to 50% lighter than conventional stone resin trays - making them safer for handling and fitting Product Notes: A suitable shower tray waste is required and sold separately. | Nuie Left Hand Offset Quadrant Shower Tray | White | Acrylic/Stone Resin | 1200mm x 800mm

90-day range £∞–-£∞ · average £NaN