Carisa Tallis Polished Aluminium Mirror Radiator - 550 x 1800mm - Central Heating

Quickfind Code: 59445 SKU: TAM0550180008PLS
Carisa Tallis Polished Aluminium Mirror Radiator - 550 x 1800mm Carisa Tallis Polished Aluminium Mirror Radiator - 550 x 1800mm
  • Carisa Tallis Polished Aluminium Mirror Radiator - 550 x 1800mm
  • Carisa Tallis Polished Aluminium Mirror Radiator - 550 x 1800mm - Installed
  • Carisa Tallis Polished Aluminium Mirror Radiator - 550 x 1800mm - Installed
  • Carisa Tallis Polished Aluminium Mirror Radiator - 550 x 1800mm - Technical Drawing
£478.00
Tax included
Last item 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 Tuesday, 28th March - Wednesday, 29th March
info Product Information

The stunning Carisa Tallis Mirror Oxidised Aluminium Horizontal Designer Radiator will make a real design statement in any room in your home. Its slimline 470mm x 1800mm footprint makes the most of your vertical wall space, allowing heat to circulate freely. The innovative mirrored panel adds instant modernity to any interior, yet will integrate with a more vintage look thanks to its timeless design.

The Carisa Tallis is crafted from durable and corrosion-resistant aluminium, Carisa's material of choice for their high concept radiators. Aluminium can be engineered in a variety of shapes, combining design with exceptional performance and energy savings for your home. Ideal for any heating system, including ground and air heat pumps, the Carisa Tallis is backed up with a 10-year guarantee.

Returns policy for Carisa Branded Products
TAM0550180008PLS Reference
Last 1 in stock Stock Level
Material Aluminium
Width 550mm
Height 1800mm
BTU Output 4591
Watts Output 1275
Finish Polished Aluminium
Projection 95mm
Guarantee 10 Years
Fixing Kit Full Wall Mounting Kit Included
Pipe Centres 550mm plus width of valves

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°