It depends not only on the size of the square meter, but also on the room height, orientation, existing thermal insulation and outdoor temperature, which and how many IR heating elements you need. The following experience values are a rough guide for a building with modern thermal insulation:

Värmebehov stable

Värm effect	Dimensions of the heating element	Rumstorlek
210 W	600x400mm	2-3 kvm
250 W.	900 x 350 mm	3-4 kvm
400 watts	700 x 600 mm	7-8 kvm
500 watts (Printing)	900 x 600 mm	11-12 kvm
320 W	1200 x 350 mm	7-8 kvm
500 watts (Printing)	1300 x 400 mm	11-12 kvm
600 W	1100 x 600 mm	13-14 kvm
700 W	1200 x 600 mm	16-18 kvm
900 W	1400 x 600 mm	20-22 kvm
1400 W	2000 x 800 mm	26-28 kvm

No. Even in case of glass breakage, the panels are held together by comprehensive gluing
of the already double-insulated carbon fiber cloth. However, you should pull out the plug
immediately for safety reasons in case of glass breakage!

Maximum surface temperature is approximately 95° C for glass heaters and 105° C for
metal heaters. There is no risk of burns when briefly touching the IR heating element.

The magnetic field created by IR heating elements is weaker than the field strength of a normal light bulb.

It is not recommended to cover the heating element as it may affect
its efficiency and safety.

The IR heating elements are splash-proof (IPX 2) according to TÜV certification, which makes them suitable for installation in bathrooms. Remember to keep a safety distance of 60 cm from the nearest water source.

Installation is simple: drill holes, hang the heater, connect to thermostat. Note that automatic control, such as a thermostat, not included in the delivery.

No, there are no wearing parts. IR heating elements therefore require no
maintenance such as e.g. air heat pumps.

IR heating elements are certified by TÜV Süd with the TÜV/GS safety mark.
The CE mark confirms that the product complies with current European directives.

Convection is the heating of surrounding air, as with a conventional
radiator. However, IR heating elements create minimal convection, resulting in
less dust impact and more even heat distribution.

IR heating elements produce approximately 70% heat radiation and only 30%
convection. The efficiency is almost 100%, which means that almost all the
electricity used is converted into heat.

The heat is generated by electrically conductive carbon fibers which are placed behind
a glass disc or metal plate. When voltage is applied, the fibers heat up and
give off pleasant infrared radiation.

Infrared radiation carries energy through electromagnetic waves.
This radiation heats bodies it hits, independent of the surrounding air.
Examples of natural sources of infrared radiation include the sun and open
fires.