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What is Far-Infrared (F-IR) Heating?

Think of it like the sun!

53% of the energy from our suns' expansive rays is harmless far-infrared and It is the most natural form of heat that we receive and emit as human beings.

Since the dawn of time, we have used different types of methods to heat ourselves, from wood fire, coal to mechanical systems such as gas, oil boilers or air-source heat pumps.

an image depicting the timeline of different heating systems that humans have used, from wood fire since cavement, coal from the victorian period, gas/oil and LPG from the 1900's to the modern 2000's and the next-generation of far-infrared heating

But these convective systems all do the same thing: they heat the air.

Convective heating systems provide an inefficient cycle of heat, where heated air rises to the top of the room and cools nearer to the ground where people usually are.

A diagram showing how convected heat from a radiator rises and cools, causing an inefficient cycle of heatThe cons of using a convectional heating system to heat air: mold and condensation build-up, airborne circulation, temperature differences, costly boiler and pipe maintenance

These systems are also inefficient at controlling your costs and energy consumption, with the added issues of cold-spots, air escaping through drafts and open doors or windows and the potential increase of mold and condensation.

An isometric illustration showing a far-infrared heating panel heating the mass of a room for a more even distribution of warmth to help save on your energy billThe pros of using a far-infrared heating system, longer heat retention, low energy consumption, smart zonal control and positive health benefits

Far-infrared heats the mass and people in the room, for longer heat retention, less energy consumption and a more comfortable heat. And best of all it significantly reduces your carbon footprint!

a table showcasing how far-infrared outperforms other heating systems in the market, with far-infrared heating systems from Yandiya boasting an annual kWh Usage cost of 3200 kilowatt hours, with an annual cost of £1,088, and an average installation cost between £4,000 and £5,000 and £0 maintenance cost up to 10 years

A table of heating systems being compared as to what features they have and how they meet them, with Yandiya® far-infrared heating meeting all features of being maintenance free, minimal disruption for installation, optimal zonal control, modular and retro fit installation, being able to achieve net zero, future proof, solar PV and battery storage integration, and saves on room space

A webpage button that when clicked, will take you to our Edensprite heating calculator to identify how much you can reduce your heating cost and carbon emissions by, as well as being eligible to receive up to 20% off your heating quotation when you download the detailed results PDF

See how much you can reduce your heating costs and carbon footprint by with the new innovative heating system in the market: far-infrared. Click the button above to see how you can save up to 60% off your heating bill...