Radox Edwardian 480mm x 480mm Chrome Electric Towel Rail

For a compact wall-mounted radiator that can effectively warm towels and disperse heat in style, opt for the Radox Edwardian 480mm x 480mm Chrome Electric Towel Rail. 

This exquisitely designed radiator presents a traditional-styled look with a smooth, rounded form that's consistently reflected throughout all its components, from the pipe centres to the three horizontal bars, stylishly connected by striking ball joints. Coated in a glimmering chrome finish, this radiator brings a touch of elegance to both traditional and modern interiors that appreciate a minimalist style, making it an excellent addition to any household. Additionally, with compact measurements of 480mm in height and 480mm in width, this design is ideally suited to fit seamlessly into virtually any space.

This towel radiator operates on electrical power, providing a practical heat output of 77W (263 BTU) and offers the option to upgrade to a thermostatic version for improved efficiency. By opting for the thermostatic upgrade, you gain accurate control over the temperature, allowing you to heat your towel rail to your desired level while also reducing energy consumption. This feature removes the necessity for frequent adjustments, adding a high level of convenience.

When you select the thermostatic system upgrade, a pre-filled heating element will be included, along with a stylish temperature controller, available in black, white, or chrome finishes. This user-friendly controller comes with LED lighting and simple push buttons, making it easy to set your ideal temperature for a complete 24-hour cycle. Additionally, with remote control functionality, adjusting the settings from anywhere in the room is simple.

• 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.