Radox Salento 1626mm x 500mm Matt White Heated Towel Rail

Elevate your bathroom’s aesthetics and functionality with the Radox Salento 1626mm Matt White Heated Towel Rail, a prime example of luxury radiator design. Standing at 1626mm in height and 500mm in width, with a depth of 85mm from the wall, this solution to towel storage makes a bold and stylish addition to any bathroom space. 

This ladder towel rail features eight sets of three rounded bars, providing ample surface area for towel placement and efficient drying. The configuration optimises wall space and delivers a striking visual appeal thanks to the pristine matt white finish, offering a modern and serene ambience to your bathroom environment. With its combination of style and practicality, the towel rail transforms the experience of stepping out of the bath or shower into a warm and inviting moment.

As a heated towel rail at 648W (2216 BTU), it is intended to operate with central heating systems but can be adapted for dual fuel use. When functioning as a dual fuel heater, it can utilise two types of energy sources: the central heating system or a separate electric supply. This capability is especially beneficial in warmer seasons, as using the electric heating option can reduce reliance on the central heating system, potentially leading to significant savings. 

To further improve the radiator, an optional upgrade to a thermostatic model maintains consistent temperature levels, reducing the need for manual adjustments and helping decrease unnecessary energy use. The thermostatic version features a temperature controller with LED indicators and easy-to-use touch controls for seamless daily operation. Additionally, the system can be controlled via a remote timer, allowing users to modify settings from anywhere near the unit.

• To switch to dual fuel, either the standard or thermostatic version, pick the necessary heating kit and dual fuel valve from the required products section.
• Please Note: Please allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.