Introducing the 400mm Wide 800mm High Curved Chrome Heated Towel Rail Radiator HTR, a luxury and effective option for your bathroom heating requirements. This curved design, made of high quality steel and finished in brilliant chrome, not only improves the looks of your bathroom but also provides exceptional warmth. With a heat output of 730 BTU/h and 214 watts, this radiator effectively warms your towels and the room. The ingenious design has 14 bars grouped in a 4 + 10 arrangement to provide even heat distribution. It is designed for central heating systems, but it may also be used in electric or dual fuel installations with the right accessories.

Features:

• Dimensions: 400 mm wide x 800 mm high
• Heat Output: 730 BTU/h, 214 Watts
• Material: Steel with a chrome finish
• Design: Curved, with 14 total bars for efficient heat distribution
• Flexible Installation: Compatible with central heating, electric, or dual fuel systems
• Additional Measurements:
  • Pipe Centres: 355 mm
  • Wall to Pipe Centres: 75-95 mm
  • Projection from Wall: 90-110 mm

Whats included in the box:

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

FAQs:

1. What are the installation requirements for the Heated Towel Rail Radiator?

   • The radiator should be linked to your central heating system, but it may also be configured for electric or dual fuel operation with the purchase of extra accessories.
     

2. Can this radiator be used as the primary heat source in a bathroom?

   • Yes, with a heat output of 730 BTU/h, it can serve as a primary heat source in smaller bathrooms and complement larger systems in bigger spaces.

3. What maintenance is required for the Chrome Heated Towel Rail?

   • Regular cleaning with a soft cloth and non-abrasive cleaner will maintain the sparkling finish and functionality.

4. Is the curved design of this radiator more effective than a straight design?

   • The curved form helps to transfer heat more evenly throughout the towels and surrounding space, which improves drying efficiency and heat dispersion.