Enhance your bathroom's comfort and style with the 450mm Wide 1000mm High Flat Chrome Heated Towel Rail Radiator. This high-quality radiator is well suited to trendy and modern bathroom décor, not only warming your towels but also serving as a beautiful bathroom fixture. Its shining chrome finish gives a touch of elegance, reflecting light and complimenting any environment. With a high heat output of 730 BTU/h, it efficiently heats your towels and bathroom, creating a cosy, welcome environment.

Features:

• Dimensions: 450mm (W) x 1000mm (H) with a projection from the wall of 90-110mm
• Heat Output: Generates 730 BTU/h; equivalent to 214 Watts
• Pipe Centers: 405mm apart, ideal for standard installations
• Material: Made from high-grade steel for durability
• Finish: Sparkling chrome that complements any bathroom design
• Design: The design is sleek and flat, with 15 tubes grouped in a 3 + 4 + 8 pattern.
  
• Versatility: Suitable for central heating systems; may be converted to electric or dual fuel with extra accessories.
  

Whats included in the box:

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

FAQs:

Q1: What size are the connections for this towel radiator?

A1: The pipe centres are 405mm apart, a common size for simple incorporation into your existing plumbing.

Q2: Can this radiator be used with electric heating systems?

A2: Yes, it can be changed to an electric-only or dual fuel system with the right accessories.

Q3: What is the energy output of this towel rail?

A3: The radiator produces 730 BTU/h or around 214 watts, making it effective for heating small to medium-sized bathrooms.

Q4: How does the flat design benefit my bathroom aesthetics?

A4: The flat and straight form not only looks modern, but it also saves space and adds a streamlined touch to your bathroom décor.

Q5: Is installation complicated for this type of radiator?

A5: Installation is simple for specialists; nonetheless, it is suggested that you engage a plumber to ensure proper fitting and maximum performance.