Carisa Baron Polished Aluminium Designer Towel Rail - 500 x 720mm - Central Heating

Quickfind Code: 93930 SKU: BRN0500072009PLS
Carisa Baron Polished Aluminium Designer Towel Rail - 500 x 720mm Carisa Baron Polished Aluminium Designer Towel Rail - 500 x 720mm
  • Carisa Baron Polished Aluminium Designer Towel Rail - 500 x 720mm
  • Carisa Baron Polished Aluminium Designer Towel Rail - 500 x 720mm - Installed
  • Carisa Baron Polished Aluminium Designer Towel Rail - 500 x 720mm - Installed
  • Carisa Baron Polished Aluminium Designer Towel Rail - 500 x 720mm - Technical Drawing
£248.00
Tax included
Last items in stock
When this item sells out we currently do not have an estimated restocking date.
If you order before 2pm your order will be delivered between Thursday, 18th August - Friday, 19th August
info Product Information

With its bold and angular design, the Carisa Baron Oxidised Aluminium Designer Heated Towel Rail is a stunning focal point for any bathroom. Providing ample space for several towels and a fast heat up time to ensure you always bathe in luxury, this heated towel rail would not look out of place in a traditional or contemporary design scheme.

Carisa heated towel rails offer more than just good looks. Aluminium offers superb thermal conductivity and heat output, without wasting energy, to reduce your heating costs. And because aluminium can be used to produce complex designs at lower smelting points than steel, it's a more eco-friendly material. You'll enjoy attractive design, great performance and sustainability when you select a Carisa towel rail for your bathroom.

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BRN0500072009PLS Reference
Last few in stock Stock Level
Material Aluminium
Width 500mm
Height 720mm
BTU Output 1565
Watts Output 435
Finish Polished Aluminium
Projection 92mm
Guarantee 10 Years
Fixing Kit Full Wall Mounting Kit Included
Pipe Centres 400mm
Design Designer Towel Rail

Tags

This is just a guide for reference only, rooms may require more than one radiator. If this applies to you, divide the required output between the number of radiators required. All figures given are for Delta T 50°