Radox Space 1700mm x 548mm Polished Stainless Steel Heated Towel Rail

Introducing the stunning Radox 1700mm x 548mm Polished Stainless Steel Heated Towel Rail - your ticket to transforming your modern bathroom into a stylish oasis. This beautifully crafted towel rail is more than just a functional piece; it’s an eye-catching statement that elevates your decor while keeping your towels luxuriously warm.

Standing at an awe-inspiring height of 1700mm and stretching across 538mm, this vertically straight ladder towel radiator is designed for optimal efficiency, featuring eleven rounded bars that offer generous space for hanging and drying multiple towels at once. Made from high-quality polished stainless steel, it delivers exceptional performance and durability, providing a shimmering radiance as it gracefully adorns your bathroom wall.

This heated towel rail, designed to be part of a central heating system at 292W (999 BTU), also provides a dual-fuel heating option. This feature enables the towel rail to operate on either the central heating system or a separate electric source, enhancing eco-efficiency and optimising cost savings. In warmer weather, users can switch to electric heating to reduce reliance on the central heating system.

To improve its functionality, an optional thermostatic upgrade is offered. This enhancement automatically maintains the chosen temperature, lessening the need for manual adjustments and decreasing unnecessary hot water usage. The thermostatic version is equipped with a complete kit that includes a temperature controller with LED indicators and easy-to-use touch buttons for simple daily operation. Additionally, this system can be controlled through a remote control timer, allowing users to adjust settings conveniently from anywhere in the room.

• To make your dual fuel conversion, simply select the suitable heating kit and dual fuel valve from the required products section, whether you choose the standard or thermostatic option
• Please Note: Allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.