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

The Radox Aztec 1615mm x 600mm Stainless Steel Designer Heated Towel Rail is worth considering if you're searching for a bathroom fixture that beautifully combines artistry and practicality. This exquisite piece warms your towels and acts as a stunning accent to your bathroom decor.

Standing at 1615mm tall and 600mm wide, this expertly crafted, large heated towel rail is designed to deliver efficient warmth through its six uniquely shaped square bars. Thoughtfully spaced for optimal heat distribution, each bar allows towels to warm up quickly and evenly while providing plenty of room for arrangement. The result is a striking, interwoven design, made even more appealing by its sleek stainless steel finish, which adds a layer of sophistication to your bathroom atmosphere.

With a heat output of 414W (or 1412 BTU), this radiator also offers the optional upgrade of dual fuel functionality. This means it can operate through your central heating system or via a separate electric connection, promoting energy savings and efficiency. This feature is particularly useful during the warmer months, as it allows you to rely less on the central heating system by using the electric option instead.

For added convenience, you can also opt for a thermostatic upgrade, which helps maintain consistent temperature settings. This minimises the need for frequent adjustments while also cutting down on unnecessary energy use. The thermostatic model comes complete with a kit, including a temperature controller equipped with LED indicators and user-friendly touch controls for effortless daily operation. Plus, with the remote control timer, adjusting the settings from anywhere near the unit becomes a breeze.

• For your dual fuel conversion, just choose the appropriate heating kit and dual fuel valve from the necessary products category, regardless of whether you opt for the standard or thermostatic version.
• Please Note: Allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.