Introducing the elegant and classy 250mm Wide 1000mm High Flat Chrome Heated Towel Radiator, the ideal combination of design and function for your bathroom. With its shining chrome finish, this radiator adds a sense of beauty to your area while also providing an effective heating option. Its small size and powerful heat output make it ideal for creating a warm and comfortable bathroom atmosphere without sacrificing space.

Features

• Dimensions: 250mm (W) x 1000mm (H), ensuring it fits neatly in a variety of spaces.
• Heat Output: Delivers a comforting 597 BTU/h, providing ample warmth for your towels and bathroom.
• Tube Configuration: Features a smart arrangement of 19 tubes (4 + 4 + 4 + 7) for consistent heat distribution.
• Material: Made from durable steel, promising long-lasting performance.
• Finish: Stunning sparkling chrome finish that adds a radiant touch to any bathroom décor.
• Installation Flexibility: Compatible with central heating systems, and can be converted to electric or dual fuel with additional accessories.
• Projection: Extends 90-110mm from the wall, with adjustable wall-to-pipe centers of 75-95mm for easy installation.

Whats included in the box:

• 4 x Adjustable Chrome Brackets
• 4 x Screws, Rawlplugs and Washers
• 1 x Blanking and Bleeding Plug Set

FAQs

1. Can I install this radiator in a small bathroom?

   • Yes, its tiny size makes it suitable for little rooms, offering efficient heating without taking up too much space.
     

2. Is the installation process complicated?

   • The radiator has adjustable projections and pipe centres to make installation easier. It is advised that it be installed by a professional to guarantee optimal performance.
     

3. Can this model be used with electric heating systems?

   • Yes, it may be used as an electric-only or dual-fuel radiator if purchased with the proper components.
     

4. How do I maintain the chrome finish?

   • Regular cleaning with a soft, moist cloth and non-abrasive detergents can help keep the brilliance without causing damage to the surface.