Radox Cannon 800mm x 500mm Black Pearl Electric Radiator

The Radox Cannon 800mm x 500mm Black Pearl Electric Radiator is a uniquely designed bathroom radiator that utilises its innovative features to warm towels and the bathroom itself effectively.

This distinctively modern electric towel rail is constructed with five cylindrical tubes that enhance heat distribution. These open-ended tubes, connected at the pipe centres on one side, efficiently emit warm air, creating a cosy atmosphere throughout your bathroom. Measuring 800mm in height and 500mm in width, this vertical unit is perfect for any bathroom wall, offering sufficient space for hanging several towels.

In addition to its functional aspects, this radiator makes a statement with its sleek, modern design and striking black pearl finish, ensuring it makes a memorable impression on anyone who visits your space.

Operating on an electrical supply, it provides a robust heat output of 731W (2493 BTU). Opting for the optional thermostatic upgrade can take the radiator's efficiency to the next level, allowing you to maintain your ideal temperature while cutting down on the need for constant adjustments and excessive hot water usage.

When you choose to upgrade to a thermostatic system, you’ll receive a pre-filled thermostatic heating element, complete with an intuitive temperature controller available in black, white, or chrome. This controller features LED lighting and easy-to-navigate push buttons, making it a breeze to set your desired temperature for a full 24-hour period. Plus, with the remote control feature, you can effortlessly adjust the settings from anywhere in the room, adding even more convenience to your 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.