Introducing the 550mm Wide 1400mm High Flat Black Heated Towel Rail Radiator, a stunning and practical addition to any bathroom. This slim radiator provides not only a modern design with its flat black finish, but also great functionality with a significant heat output. Designed for central heating systems, it may also be converted to electric-only or dual-fuel use with the right accessories. This radiator, made of robust steel, has a convenient tube arrangement that ensures uniform heat distribution, keeping your towels warm and your bathroom cosy. If you want to improve the decor or comfort of your bathroom, this towel rail radiator is an excellent solution.

Features

• Dimensions: 550mm width, 1400mm height
• Pipe Centres: 500mm
• Wall to Pipe Centres: 75-95mm
• Projection from the Wall: 90-110mm
• Heat Output: 1754 BTU/h (514 Watts)
• Tube Layout: 4 + 5 + 6 + 10 = 25 tubes
• Finish: Black
• Design: Flat, straight
• Material: Steel
• Usage: Central heating, adaptable to electric-only or dual-fuel with additional accessories

Whats included in the box:

• 4 x Adjustable black brackets
• 4 x Screws, rawl plugs and washers
• 1 x Blanking and Bleeding Plug

FAQs

1. Can this towel rail radiator be used with an electric heating system? Yes, the 550mm Wide 1400mm High Flat Black Heated Towel Rail Radiator may be used with an electric heating system if you purchase the necessary accessories.

2. What is the heat output of this radiator? This radiator has a heat output of 1754 BTU/h, which is equivalent to 514 Watts.

3. How far does this radiator project from the wall? The projection from the wall is adjustable between 90mm and 110mm, allowing you to customize the fit for your space.

4. Is the radiator made of durable material? Yes, this radiator is made of high-quality steel, which ensures durability and long-term performance.

5. Can the radiator be used in a dual-fuel system? Yes, it may be used in a dual-fuel system with the appropriate accessories, providing for a wide range of heating preferences and combinations.