Nuie · Rectangular Trays

Nuie Slip Resistant Rectangular Shower Tray with Corner Waste | White | Acrylic/Stone Resin | 1200mm x 700mm

Model Number: NSR011 Introducing the Nuie White 1200mm x 700mm Slip Resistant Rectangular Shower Tray, designed for modern bathrooms that require both style and safety. This high-quality shower tray combines functionality with a sleek, contemporary aesthetic, making it a perfect choice for homeowners, designers, and contractors alike. With its generous dimensions, it offers ample space for a comfortable shower experience while ensuring a secure footing thanks to its slip-resistant surface. The tray is constructed from advanced materials, ensuring durability and long-lasting performance. The gloss finish enhances the look of any bathroom decor while making cleaning a breeze. Whether you're renovating or building a new bathroom, this shower tray will serve as a reliable foundation for your shower setup. The unique design features a corner waste location, optimising the drainage system while maintaining a clean look. The slip-resistant surface provides extra safety, making it ideal for families and elderly users. Additionally, the lightweight construction allows for easier handling and installation without compromising strength. 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 Slip Resistant Rectangular Shower Tray with Corner Waste | White | Acrylic/Stone Resin | 1200mm x 700mm

90-day range £∞–-£∞ · average £NaN