With the 700mm Wide 1200mm High Curved Chrome Heated Towel Rail Radiator HTR, you can improve the comfort and design of your bathroom. This towel radiator is ideal for cold mornings since it keeps your towels toasty warm while simultaneously acting as a radiant room warmer. Its exquisitely curved design and shining chrome finish let it to blend in with any modern bathroom's style while producing a remarkable amount of heat.

Features:

• Dimensions: 700mm Width x 1200mm Height, with a chic curved design that complements any decor.
• Heat Efficiency: Outputs 1721 BTU/h and 505 Watts, ensuring your towels are warm and your room is heated efficiently.
• Construction: Made from durable steel with a luxurious chrome finish.
• Versatility: Compatible with central heating systems, and can be converted to electric or dual fuel with additional accessories.
• Installation: Features 660mm pipe centers and adjustable projections from the wall (90-110mm), making it flexible and easy to install.
• Tube Layout: Includes a 23-tube configuration (4+4+5+10) for balanced heat distribution.

Whats included in the box:

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

Frequently Asked Questions (FAQs):

1. What is the energy efficiency of this towel radiator?

   • It has a heat output of 1721 BTU/h and 505 Watts, making it an energy-efficient choice for heating.

2. Can this radiator be used with electric heating systems?

   • It is compatible with central heating systems and may be changed to run on electricity or dual fuel by adding the necessary accessories.
     

3. What are the installation requirements for the Curved Chrome Heated Towel Rail?

   • The radiator has 660mm pipe centers and a wall to pipe centers adjustability of 75-95mm, with a projection from the wall of 90-110mm.

4. How do I maintain the chrome finish of the radiator?

   • Using a gentle, moist cloth and non-abrasive soap on a regular basis will maintain the gleaming chrome sheen without causing any harm to the surface.