Black Friday Sale Now On!
At Least 5% Off All Items!
timer
Days
Hours
Minutes
Seconds

Carisa Step White Aluminium Radiator - 660 x 600mm - Central Heating

Quickfind Code: 58402 SKU: 10STP06000660071010
  • -5%
Carisa Step White Aluminium Radiator - 660 x 600mm Carisa Step White Aluminium Radiator - 660 x 600mm
  • Carisa Step White Aluminium Radiator - 660 x 600mm
  • Carisa Step White Aluminium Radiator - 660 x 600mm - Installed
  • Carisa Step White Aluminium Radiator - 660 x 600mm - Installed
  • Carisa Step White Aluminium Radiator - 660 x 600mm - Technical Drawing
£279.00
£265.05 Save 5%
Tax included
In Stock
Order now for FREE delivery between Wednesday, 4th December - Thursday, 5th December
Black Friday Sale Event

Save £13.95 when bought before midnight 2nd December

info Product Information

The quirky Carisa Step horizontal designer radiator can add an interesting touch to a wall through its clever use of shapes, which creates the illusion of a staircase. Each tube is thinner on one side than the other and, arranged next to one another, they give the appearance of steps going from left to right. It's a subtle effect, but one that can make a significant design contribution to any room.

With a classic white finish, the clean aesthetic of the Carisa Step complements modern minimalist and traditional homes alike and also looks great in bathrooms. The traditional horizontal layout makes it a perfect replacement for your older radiators, following the layout most people are familiar with.

Returns policy for Carisa Branded Products
10STP06000660071010 Reference
In Stock Stock Level

Technical Specifications

Finish White
Width 660mm
Height 600mm
BTU Output 2677
Watts Output 785
Guarantee 10 Years
Material Aluminium
Projection From The Wall 60 - 80mm
Fixing Kit Full Wall Mounting Kit Included
Pipe Centres 660mm plus width of valves

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°

Cookie consent