We spend a lot of time discussing the many advantages that come with converting your home to electric radiators. They take up less room, have a wonderful appearance, are far more efficient than heating systems and radiators that use water, and can even end up saving you money. However, while the majority of people are familiar with the operation of a conventional water radiator (which involves water that has been heated by a boiler flowing through it), the same cannot be true about electric radiators. Therefore, since electric radiators do not utilise water that has been heated, what do they use, and how do they operate?

What Can You Expect?

Electric radiators, in contrast to traditional radiators, do not have water contained within them. It's a good thing too, because water and electricity don't actually get along very well! Electric radiators, on the other hand, are made up of two separate parts. The first is a heating element, which is a sort of electrical resistor that may be immersed in a liquid and converts the thermal energy of an electrical current into thermal energy of the liquid it is immersed in. The second component might take the form of oil or, more frequently, a chemical known as glycol. The electrical resistor draws electricity from your home's electrical system and converts each and every jot of that power into heat. This heat is transferred through the glycol or oil and distributed evenly across the surface of the radiator, which enables it to be distributed evenly throughout the room. For additional heating resources see Electric Heating Expert.

The Straight Dope on Glycol

Glycol is a small chemical that has a lot of applications and is totally safe to work with, despite the fact that its name seems like a large terrifying word. In its most basic form, it is a thermodynamic fluid, which simply means that it is good at transferring heat. Additionally, it possesses natural anti-freeze and anti-corrosion inhibitor capabilities, and it has been developed particularly for use in heating systems and radiators that are sealed. Glycol has a low freezing point and prevents the metal from rusting while transferring the most amount of heat possible in the most effective manner. All of this information suggests that glycol has a low freezing point. It finds use in a wide range of fields, from heating, ventilation, and air conditioning (HVAC) to food and even medicines.

The following is a list of the primary advantages that come with employing glycol in electric radiators:

• It keeps heat for a longer period of time, therefore supplying your space with ambient heat.
• Inside of the radiator, there will not be any accumulation of limescale, rust, or corrosion.
• As a result of its effectiveness in preventing rust and limescale, it is capable of conducting heat equally as effectively as water, if not better.

Reduces noises

Eliminated the requirement that your radiators be bled or balanced.
Because it has a low freezing point, the system will not become frozen over even during the most severe winters.
There are two varieties of glycol available on the market, and their names are ethylene glycol and propylene glycol. However, due to the fact that ethylene glycol may be quite harmful, around ninety percent of the business has moved away from utilising it. In its place, we make use of propylene glycol, a substance that has been deemed acceptable by the relevant authorities and is demonstrably free of any hazardous properties.

The Process of Wiring In

The question is, how does all of it work? Regarding electric power! Electric radiators come in a wide variety of designs, from those that are fixed on the wall to more portable versions that roll on wheels; nonetheless, they are always run by electrical current. The only variation is in the manner in which they gain access to it. There are variants available that can be plugged into a mains outlet, making them portable. This can be beneficial in the dead of winter if you need to heat a room that you don't often use. However, having your electric radiators hardwired into the mains of your home is the most efficient way to provide electricity to them. This is a straightforward process, and you won't waste much time getting your new radiators installed and operational after completing it.

You should hopefully have a better understanding of the operation of electric radiators now that you've read this. At Electric Heating Expert, we are able to provide you with a comprehensive selection of electric radiators and heating solutions, so that you may enjoy all of the advantages of electricity while experiencing none of its drawbacks.