Designer Radiators
146 products
Showing 1 - 24 of 146 products
What Are Designer Radiators?
Designer radiators are radiators where the visual form is as important as the heat output — they are specified as much for their appearance as for their functional role. Profiles range from flat-fin aluminium designs and brushed steel towel rails to curved, sculpted and geometric forms that serve as wall features in their own right. Many designer radiators are available vertically or horizontally, and most wall-mount in the same way as a conventional panel radiator. They suit bathrooms, living rooms, hallways and open-plan spaces where the radiator is in a prominent position rather than tucked below a windowsill. Because designer radiators are typically a more considered purchase, always check the heat output (BTU rating) against the room size before ordering — a radiator chosen for its appearance must still be capable of heating the space.
Materials, Profiles and Finishes
Designer radiators in this range include aluminium, steel and mixed-material models in a broad range of finishes: white, anthracite, matt black, chrome, brushed brass, brushed gold and copper-effect. Most are available in plumbed (central heating), electric and dual fuel configurations. Aluminium radiators heat up and cool down more quickly than steel equivalents, making them more responsive to thermostat control — a useful property in rooms where heating is used intermittently. For plumbed installations, valves are sold separately — confirm the connection type, pipe centres and whether the model uses top-bottom or same-end connections before ordering. Browse Vertical Radiators, Horizontal Radiators and Column Radiators, or return to Radiators for the full range.
















































Recently viewed
Exclusive deals. Just for subscribers.
- Opens in a new window.
Search any image
Drag an image here or upload a file
You can also press Ctrl + V to paste an imageAdjust Image Search Area
Visual Search Results
Tap the button to search







