Talus - Dual Fuel Towel Rail Kit - Black

Best current price£71.00from B&Q
Best offers
Shopping.co.uk recommended and popular offers
B&Q£71.00Visit shop B&Q - Talus Dual Fuel Towel Rail Kit Standard Black300W
Visit shop
Best current price£71.00from B&Q
Shopping.co.uk recommended and popular offers
B&Q£71.00Visit shop B&Q - Talus Dual Fuel Towel Rail Kit Standard Black300W
Visit shop4 offers from £71.00 - £72.00
View price history by clicking the chart icon.
The Talus Dual Fuel Towel Rail Kit in Matt Black is designed for homeowners looking to maximize bathroom comfort by allowing their towel rail to operate on both central heating and independent electric power. It is an ideal solution for keeping towels warm during summer months when the central heating is off, though it requires a compatible 1/2 inch BSP towel rail and professional installation to ensure safety and performance.
| Colour | Black |
|---|---|
| Model Part Number | 1431184 |
| Brand | UK Radiators |
Professional installation is recommended as the kit requires both plumbing and electrical work.
It is a durable finish, but it should be cleaned with a non-abrasive, damp cloth to maintain its integrity.
It is designed for standard towel rails that feature 1/2 inch BSP connections.
The kit comes with a 1-year guarantee covering manufacturing defects.
The heating element included in this kit provides 300W of power.
Check the electrical supply at the fused spur and ensure the element is correctly wired and active.
Ensure the system has been properly bled of trapped air and that the valves are fully open.
Installation should be carried out by a qualified plumber and electrician to ensure the dual fuel system is correctly pressurized and the electrical connection meets safety standards. The kit uses standard 1/2 inch BSP connections, making it compatible with a wide range of standard towel rails. For care, wipe down the Matt Black finish with a soft, damp cloth only; avoid using abrasive chemicals or acidic cleaners, as these can strip the finish and cause oxidation over time.