Wholesale Domestic · Rectangular Shower Enclosures

Luma 8 Sliding Door Shower Enclosure | Brushed Brass | Glass/Aluminium | 1200mm x 700mm

Model Number: WDB71182 Elevate your bathroom's aesthetic with the Luma 8 Brushed Brass 1200mm x 700mm Sliding Door Shower Enclosure. Designed for modern living, this luxurious enclosure not only enhances the overall look of your bathroom but also provides a functional and stylish space for your daily routine. Crafted with high-quality materials, the Luma 8 offers both durability and elegance, making it a perfect addition to any contemporary bathroom. The Luma 8 features a sleek brushed brass finish that adds a touch of sophistication and warmth, seamlessly complementing a variety of bathroom styles. Its spacious sliding door design ensures easy access and efficient use of space, making it ideal for smaller bathrooms where every inch counts. The enclosure is constructed from toughened safety glass with an impressive 8mm thickness, ensuring safety without compromising on style. Installation is straightforward, with fittings included for your convenience, allowing you to enjoy your new shower enclosure in no time. The glass panels are designed to be easy to clean, helping to maintain a pristine appearance while preventing the build-up of soap scum and limescale. The enclosure’s rectangular shape maximises your showering area while providing a modern look that will impress guests and enhance your home’s value. Key Features: Stylish brushed brass finish for a modern aesthetic Spacious 1200mm sliding door for easy access Durable toughened safety glass with 8mm thickness Easy to clean and maintain Fittings supplied for convenient installation Comprising Of: Brushed Brass 1200mm Sliding Shower Door W:1200mm x H:1900mm x D:8mm Brushed Brass 700mm Shower Enclosure Side Panel W:700mm x H:1900mm x D:6mm Product Notes: Product requires a suitable shower tray and waste, sold separately. | Luma 8 Sliding Door Shower Enclosure | Brushed Brass | Glass/Aluminium | 1200mm x 700mm

90-day range £∞–-£∞ · average £NaN