

The Hudevad P5 is a true Danish heating icon which stands out because it fits in. Available in K1, K2 and K3...
600 x 1600 RADIATOR FAQs
Why should I go for a long horizontal radiator?
Long horizontal radiators are ideal for heating up larger spaces, and of course medium and smaller spaces too. They can also make a statement on a home office wall or in a living room, especially if you go for an old fashioned radiator that can add a touch of retro. Vertical options such will fit up the wall, instead of across it.
How can I keep a 600 x 1600 double radiator clean?
The larger the radiator, the most dust it is likely to collect, and you will need to spend a little extra time keeping it clean. The best way to clean a radiator after dusting it with warm soapy water, this will remove any marks and dirt. Make sure you use soft cloths when cleaning your radiator, rather than anything that could possibly scratch it.
Why is it better to go for dark colours for 600 x 1600 double radiators?
When it comes to selecting a colour for your radiator, many go for darker colours, so marks and scratches don’t show up. This can be beneficial if you have small children or clumsy teenagers in the house, who are likely to leave marks on furniture and radiators. Dark coloured radiators are also better insulators, meaning your room will heat up faster.
How can I calculate the heating requirements for a room in my home?
Calculating the heating requirements of a room is a complex calculation that you will need to do before buying your radiator. Our STAR (Stelrad Technical Advanced Radiator System) heat loss calculator provides a simple way to ensure you get the right size radiator for every room. Ordering the wrong size and installing it will be a hassle to change and something you will want to avoid. The fabric heat loss and ventilation heat loss are calculated to establish the output and the size required. At Stelrad, we measure the output in Btu/hr, British Thermal Unit per hour, this is the standard measurement used for the output of any heated device. The heat output can also be measured in watts, 1 watt being equal to 3.412 Bt/hr.