Introducing the 300mm Wide 1600mm High Flat Anthracite Sand Grey Heated Towel Rail Radiator, a wonderful combination of design and utility for your bathroom. This sleek, modern radiator adds a sense of refinement to your décor with its anthracite sand grey colour while also providing exceptional heating performance. Designed for central heating systems, it can be converted for electric-only or dual fuel usage with extra accessories, making it a versatile solution for any household. With 27 flat steel tubes placed in a straight, flat shape, this radiator distributes heat efficiently, keeping your towels and bathroom warm and cosy. The radiator's compact size and good heat output make it suitable for both small and big bathrooms.

Features:

• Dimensions: 300mm wide x 1600mm high
• Pipe Centers: 255mm
• Wall to Pipe Centers: 75-95mm
• Projection from the Wall: 90-110mm
• Heat Output: 1317 BTU/h (386 Watts)
• Tube Layout: 4 + 6 + 7 + 10 = 27 tubes total
• Finish: Anthracite Sand Grey
• Design: Flat / Straight
• Material: Steel
• Usage: Central heating (can be used as electric-only or dual fuel with additional accessories)

Whats included in the box:

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

FAQs:

1. Can this radiator be used with an electric heating element? Yes, with the acquisition of extra equipment, it may be converted to run entirely on electricity or dual fuel.
   

2. What is the heat output of this radiator? The radiator produces a heat output of 1317 BTU/h or 386 Watts, keeping your bathroom toasty and your towels dry.
   

3. What type of finish does the radiator have? The radiator boasts an exquisite anthracite sand grey finish, bringing a contemporary touch to any bathroom design.
   

4. How far does the radiator project from the wall? The projection from the wall is adjustable between 90 and 110mm, allowing for versatile placement.
   

5. What is the total number of tubes in this radiator? The radiator consists of 27 tubes arranged in a layout of 4 + 6 + 7 + 10, providing efficient heat distribution.