Go Bathrooms Ark Bathroom Radiator Designer Heated Towel Rail - Bronze - 1600mm x 500mm

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The Go Bathrooms Ark Designer Heated Towel Rail in bronze is an ideal choice for homeowners looking to combine modern aesthetics with practical bathroom comfort. Designed for wall-mounted installation, this 1600mm x 500mm unit efficiently warms your space and keeps towels dry and ready for use. While it offers excellent heat output for mid-to-large bathrooms, please note that it requires connection to a standard central heating system and does not come with integrated electric heating elements.
| Colour | Bronze |
|---|---|
| Model Part Number | 171029 |
| Brand | Go Bathrooms |
No, standard radiator valves are usually sold separately to match your existing pipework.
Yes, provided the installation complies with local safety regulations regarding bathroom electrical and plumbing zones.
It is a standard measurement used to calculate the heat output based on a specific temperature difference between the radiator and the room.
This model is designed for a wet central heating system. Converting to electric would require a compatible heating element not included with this unit.
Wipe down with a damp, soft cloth. Avoid abrasive cleaners or acidic solutions to protect the bronze coating.
The radiator likely contains trapped air. Use a radiator bleed key to release the air until water begins to escape.
Check that the radiator valves are fully open. If the problem persists, ensure your heating system has sufficient pressure.
Installation of the Ark radiator should be performed by a qualified plumber to ensure it integrates correctly with your existing central heating pipework. It is compatible with standard pipe centers, but you should verify your wall structure is capable of supporting the weight of the unit when filled with water. To maintain the bronze finish, use only a soft cloth and mild soapy water for cleaning. Avoid the use of abrasive scouring pads or harsh chemical cleaners, as these can strip the protective finish and lead to oxidation.