Radox Orchid 1265mm x 500mm Matt Black Heated Towel Radiator

The Radox Orchid 1265mm x 500mm Matt Black Heated Towel Radiator is a stunning addition to any bathroom, combining style and practicality in a sleek verticle design. 

With a height of 1265mm and a width of 500mm, this robust and highly contemporary heated towel rail features rounded, open-ended arms that provide ample space for hanging towels, each with a diameter of 35mm. These arms connect seamlessly to two larger rounded pipes for the inlet and outlet, creating a unified look that beautifully showcases the stainless steel's matt black finish. With a depth of 103mm, the design is thoughtfully crafted to ensure easy accessibility. Additionally, its reversible design allows for both right- and left-hand configurations, giving you the flexibility to position it in a way that best complements your space.

At 440W of power (1500 BTU), this radiator is designed to work with central heating systems but can also be easily converted to a dual fuel model. This means you can use either the central heating or a separate electric supply, offering an eco-friendly upgrade that saves money. During the warmer months, you can rely on electric heating without being entirely dependent on your central heating.

For added efficiency, consider opting for the thermostatic upgrade. This feature automatically controls the temperature, helping to maintain your desired warmth without the hassle of constant adjustments, ultimately reducing unnecessary hot water usage. If you go for the thermostatic version, you’ll get an intuitive temperature controller with LED lights and easy-to-use push buttons for daily adjustments. Additionally, this system can be paired with a remote control time, meaning you can adjust the settings from anywhere in the room.

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