Radox Edwardian 1140mm x 500mm Matt Black Electric Towel Rail

The Radox Edwardian 1140mm x 500mm Matt Black Electric Towel Rail embodies a classic style reminiscent of traditional bathrooms while offering excellent adaptability for contemporary settings.

This exquisitely designed traditional radiator features a vintage-inspired aesthetic that gracefully enhances the wall. Its elegant, rounded form is consistently evident, from the pipe centres to the six horizontal bars, all seamlessly connected by striking ball joints. Finished in an elegant matt black, this radiator adds a touch of sophistication to both traditional and modern spaces that appreciate a minimalist design, making it a wonderful addition to any home. Additionally, with its notable height of 1140mm and width of 500mm, this substantial design is sure to become a stunning focal point on any bathroom wall.

This electric towel rail delivers a valuable heat output of 225W (767 BTU) and offers an option to upgrade to a thermostatic model for better efficiency. Selecting the thermostatic upgrade provides accurate temperature control, allowing you to heat your towel rail to your desired level while decreasing energy usage. This feature eliminates the necessity for continuous adjustments, significantly improving convenience.

By choosing the thermostatic upgrade, you will receive a heating element that comes pre-filled, along with a stylish temperature controller offered in black, white, or chrome finishes. This easy-to-use controller features LED lighting and straightforward push buttons, making it simple to set your preferred temperature for an entire 24-hour cycle. Moreover, with remote control capabilities, you can conveniently modify the 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: Allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.