

The Hudevad P5 is a true Danish heating icon which stands out because it fits in. Available in K1, K2 and K3...
500 x 600 RADIATOR FAQs
What will be included with my radiator for installation purposes?
You will need to install your radiator yourself and when your order arrives, it will have everything you need for installation inside. The installation equipment you will get in your radiator pack will include brackets to attach the radiator to the wall, plastic inserts that seat the radiator precisely to the bracket and neat nickel-plated plugs and vents to provide a watertight joint. Make sure you have all of these when your radiator arrives, if not, contact us to let us know. If you need extra help installing your radiator you can watch our special installation video on our Stelrad YouTube channel.
How can I protect my 500 x 600 radiator from corrosion?
You will want to avoid corrosion at all costs and keep your 500 x 600 radiator free from any rust and marks that can lead to corrosion. To make sure your radiator doesn’t meet corrosion, you can follow our advice.
How can I keep my 500 x 600 radiator clean?
It’s easy to keep your radiator clean and important to do this to make sure it’s working at its best all the time. You can use antibacterial wipes or warm soapy water to clean your 500 x 600 radiator and some radiators will need to be cleaned more often than others, such as chrome radiators that will also need to be polished with microfibre clothes too. Basic maintenance of radiators is also essential for the upkeep, and you will need to bleed your radiator at least once a year to drain out any water from the pipes too.
What is a STAR heating calculation?
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. The fabric heat loss and ventilation heat loss are calculated to establish the output and the size required. We measure the output in Btu/hr, British Thermal Unit per hour, 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.