Nuie · Shower Tray Riser Kits

Nuie Leg and Plinth Kit for up to Square and Rectangular Shower Trays | Slate Grey | Plastic | 700mm x 900mm

Model Number: LEG1S Introducing the Nuie Slate Grey Leg and Plinth Kit, expertly designed for use with square and rectangular shower trays measuring up to 700mm x 900mm. This modern and stylish accessory not only enhances the aesthetic appeal of your bathroom but also provides essential support and stability to your shower tray. Crafted from durable plastic with a sleek matt finish, this leg and plinth kit seamlessly complements contemporary bathroom designs. The Nuie LEG1S kit ensures that your shower tray is securely positioned, giving you peace of mind while you enjoy your daily shower. The stylish slate grey colour adds a touch of sophistication, blending beautifully with a variety of colour schemes and materials found in modern bathrooms. Whether you're a homeowner looking to renovate or a contractor seeking reliable products for your projects, the LEG1S kit is an excellent choice. This comprehensive kit is supplied with everything you need for a straightforward installation, including the plinth, legs with self-adhesive pads, clips, and screws. Its adjustable legs offer a height range of 82mm to 115mm, making it easy to achieve the perfect fit for your shower tray. The plinth height of 105mm provides a sleek and finished look while ensuring stability. Designed specifically for use with Pearlstone shower trays, the Nuie LEG1S kit supports both square and rectangular designs, making it versatile for various bathroom layouts. Its robust construction promises longevity and reliability, backed by a lifetime guarantee that assures you of its quality. Key Features: Leg sets designed for use with Pearlstone shower trays Supplied with plinth, legs with self adhesive pads, clips and screws Suitable for use with 700mm to 900mm square and rectangular trays | Nuie Leg and Plinth Kit for up to Square and Rectangular Shower Trays | Slate Grey | Plastic | 700mm x 900mm

90-day range £∞–-£∞ · average £NaN