Nuie · Heated Mirrors

Nuie Columba Inset Framed Oval Illuminated LED Mirror with Demister and Touch Sensor | Brushed Brass | Glass/Aluminium | 800mm x 500mm

Model Number: LQ762 Introducing the Nuie Columba Brushed Brass Inset Framed 800mm x 500mm Oval Illuminated LED Mirror, a striking addition to any modern bathroom. This elegant mirror seamlessly combines style and functionality, making it the perfect choice for homeowners, designers, and contractors seeking a touch of sophistication and practicality. With its brushed brass finish, this mirror not only enhances your bathroom's aesthetic but also provides optimal lighting for daily grooming tasks. The Nuie Columba mirror features advanced LED illumination, ensuring that you have a bright, clear reflection for your daily routines. The touch sensor control allows you to easily adjust the lighting to your preference, creating the ideal ambience for any occasion. The built-in demister function is an excellent addition, keeping your mirror fog-free even after a hot shower, so you can always enjoy a crystal-clear view. Crafted from high-quality glass and aluminium, this oval mirror boasts a sleek satin finish that complements a variety of bathroom styles. Measuring 800mm in height and 500mm in width, it offers a generous reflection area while maintaining a compact profile that fits seamlessly into any space. Whether you are renovating your bathroom or designing a new one, the Nuie Columba mirror is an essential piece that combines elegance with practicality. Key Features: Brushed brass finish adds a touch of elegance LED illumination provides bright, clear lighting Touch sensor control for easy operation Demister function keeps mirror fog-free High-quality glass and aluminium construction Modern oval shape enhances any bathroom decor Vertical orientation maximises reflection area 5-year guarantee for peace of mind | Nuie Columba Inset Framed Oval Illuminated LED Mirror with Demister and Touch Sensor | Brushed Brass | Glass/Aluminium | 800mm x 500mm

90-day range £∞–-£∞ · average £NaN