Radox Saber 450mm x 1200mm Matt Black Horizontal Electric Towel Rail

The Radox Saber 450mm x 1200mm Matt Black Horizontal Electric Towel Rail features a bold modern aesthetic along with outstanding towel drying performance, making it an ideal choice for sleek, urban-style bathrooms.

Showcases six continuous arms, each measuring 30mm in thickness; this unique horizontal radiator offers plenty of space for hanging and drying towels. The arms extend a substantial 60mm from the pipe centres, giving a shelf-like appearance that allows for accommodating several towels due to its generous length of 1200mm. Moreover, an additional five bars are included, providing ample capacity for efficient drying. Aside from its practicality, the refined design and matt black finish contribute an element of contemporary sophistication, establishing this radiator as a true highlight in modern bathroom styling.

This radiator operates with an electrical supply with a heat output of 660W (2253 BTU). As an optional upgrade, you can transform this radiator into a thermostatic model. Opting for the thermostatic upgrade greatly enhances the radiator's efficiency, allowing you to keep your desired temperature while minimising constant manual adjustments and unnecessary hot water consumption.

When upgraded to a thermostatic system, you'll receive a pre-filled thermostatic heating element that includes an intuitive temperature controller in a choice of either black, white, or chrome finishes. This controller features LED lighting and user-friendly push buttons, making it a breeze to set your desired temperature for an entire 24-hour period. Plus, the system is compatible with a remote control, allowing you to adjust the settings from anywhere in the room with ease.

• 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.