Radox Cannon 800mm x 500mm Stainless Steel Electric Radiator

The Radox Cannon 800mm x 500mm Stainless Steel Electric Radiator is a stylish and functional wall-mounted bathroom fixture designed to warm both your towels and the bathroom itself efficiently.

This modern electric towel rail features five cylindrical tubes that optimise heat distribution more than most other bathroom radiators. The open-ended design connects at the pipe centres on one side, allowing for the effective funnelling of warm air to create a cosy atmosphere throughout your bathroom. With its dimensions of 800mm in height and 500mm in width, this vertical unit is idea for any bathroom wall space, providing ample room for hanging multiple towels.

Beyond its practicality, this radiator shines with its sleek and contemporary design, highlighted by a striking stainless steel finish that leaves a lasting impression on anyone who visits.

Running on an electrical supply, it delivers a powerful heat output of 542W (or 1848 BTU). If you opt for the recommended thermostatic upgrade, you can further enhance its efficiency. This upgrade allows you to maintain your preferred temperature with minimal adjustments and less hot water usage.

Upgrading to a thermostatic system includes a pre-filled heating element and an intuitive temperature controller available in black, white, or chrome. This controller comes with LED lighting and user-friendly push buttons, making it simple to set your desired temperature for a full 24-hour period. Additionally, the remote control feature enables you to adjust the settings from anywhere in the room, adding an extra layer of convenience to your showering experience.

• To convert to a thermostatic model, please select one of the thermostatic elements from the drop down menu. 
• This radiator can be mounted on the left side or the right side.
• Please Note: Elements will be fitted on the left-hand side, unless otherwise specified.
• Please Note: Please allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.