Radox Lacuna 975mm x 500mm Stainless Steel Electric Towel Rail

Introducing the Radox Lacuna 975mm x 500mm Stainless Steel Electric Towel Rail - a stunning and practical addition to heat and hang towels in any style of modern bathroom. 

This versatile wall-mounted towel rail measures 975mm in height and 500mm in width, featuring six elegantly curved bars that not only elevate its aesthetic appeal but also enhance its functionality. Imagine the perfect arrangement of your towels, expertly designed to minimise moisture retention and maximise airflow. The rounded shape behind the towels accelerates the drying process, making it as efficient as it is stylish. With its eye-catching stainless steel finish, this fixture seamlessly complements a variety of modern bathroom styles, especially those that embrace chic, neutral colour palettes.

This electric towel rail offers a thermal output of 195W (665 BTU), and there is an option to upgrade to a model equipped with a thermostatic element. The thermostatic version significantly improves energy efficiency and allows for accurate temperature control. This feature enables you to effortlessly reach your desired heat settings in the towel rail, enhancing user satisfaction and reducing unnecessary hot water usage.

When opting for the thermostatic upgrade, the unit comes with a pre-filled thermostatic heating element and a user-friendly temperature controller available in black, white, or chrome finishes. This intuitive controller features LED indicators and simple push buttons, making temperature adjustments easy for a full 24-hour cycle. Additionally, its compatibility with remote control provides further convenience, enabling users to adjust settings from anywhere in the room.

• To convert to a thermostatic model, please select one of the thermostatic elements from the drop down menu. 
• Please Note: Elements will be fitted on the right-hand side, unless otherwise specified.
• Please Note: Please allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.