Radox Aztec 1615mm x 600mm Stainless Steel Designer Electric Towel Rail

The Radox Aztec 1615mm x 600mm Stainless Steel Designer Electric Towel Rail is a perfect blend of architectural elegance and artistic flair, delivering a mosaic design with functionality for modern living.

Standing at an impressive 1615mm tall and 600mm wide, this spacious electric towel rail is expertly designed to provide efficient heating for your towels across its eight elegantly shaped square bars. Each bar is thoughtfully spaced apart, ensuring even spacing above one another, optimising heat distribution to warm your towels quickly and evenly while also allowing ample room for you to hang your towels comfortably. Simultaneously, it creates a striking visual weaving effect that brings a touch of elegance to your bathroom, deservedly earning its title as a designer radiator.

This radiator runs on electricity, delivering a heat output of 414W (1412 BTU). You also have the option to upgrade to a thermostatic version. Choosing the thermostatic upgrade not only boosts the radiator's efficiency but provides accurate temperature control, allowing you to heat your towel rail to the ideal warmth while reducing energy consumption. This advantage leads to fewer adjustments, making it exceptionally convenient.

When upgraded to the thermostatic system, you’ll receive a pre-filled thermostatic heating element with an intuitive temperature controller in a choice of either black, white, or chrome. This user-friendly controller features LED lighting and easy-to-use push buttons, making it a snap to set your desired temperature for an entire 24-hour period. Plus, with the added convenience of remote control compatibility, you can 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: Allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.