Technology

A good infrared heating system is characterised by several factors. In addition to a high proportion of heat radiation, it should also be safe and durable.

Most importantly, it must be highly efficient — using minimal energy to achieve the right surface temperature for optimal radiant heat. These benefits are achieved through carefully selected materials and advanced manufacturing processes, ensuring outstanding performance and comfort.

Who isn’t familiar with the cosy warmth of a tiled stove? When you're nearby, you can feel the soothing heat radiating — that’s radiant heat.

A heatness® infrared heater works the same way. Instead of burning wood or coal, it uses a carbon heating element powered by electricity to heat the surface to around 100°C.

With its 130° radiation cone and up to 3 metres of reach, it delivers warmth just like a classic stove — but cleaner, quicker, more compact, and surprisingly affordable.

Depending on the model, the front panel of heatness® infrared heaters is made from:

• Aluminium (powder coated or with picture print)
• Glass or mirror
• Glass-ceramic

Behind the front panel lies an insulation layer that ensures maximum safety. The carbon strips underneath act as the heater's motor — converting electricity into comforting heat.

A corrosion-resistant epoxy resin carrier holds the carbon, withstanding the developed heat. A reflector layer in front of the back plate ensures over 94% of the radiant energy is directed forward.

Of all the radiant energy that surrounds us as humans on earth, the infrared portion is the bandwidth to the left of the visible range (light perceivable by human eyes).

The infrared radiation range itself is roughly divided into: near (A), mid (B), and far (C) infrared.
Far infrared radiation is the safest type — people can remain exposed to it without any time restrictions.

heatness® infrared heaters are engineered to radiate exclusively within the safe far-infrared range. Put your trust in safety, comfort, and well-being.

Thanks to the optimised heatness® heating element, the infrared heat reaches exactly where you need it: in the room and directly to you.

heatness® infrared heaters radiate objects, walls, and ceilings. These surfaces absorb the heat and act as a thermal reservoir.

Gradually, this stored heat is released back into the room, warming the air. This efficient cycle ensures no energy is wasted.

Thanks to automated production processes, the patented “Innoefficiency” heating element can be manufactured with high reliability and in large quantities at low cost. We pass these savings directly on to you.

The unique manufacturing process allows us to place heating tracks extremely close together. This ensures better heat distribution than conventional heating wires, which always leave cooler gaps in between.

Our flat carbon heating element produces a more even surface temperature and radiates more efficient heat.

Its low profile makes heatness® heaters ultra-slim and lightweight. They require minimal space and can be installed even on plasterboard or wooden walls with ease.

When we developed our own thermostat, we focused on simple operation. The display is easy to read, and the temperature can be easily set with the rotary knob.

The connection between the intermediate plugs and the thermostat is quick and intuitive.

With the “Sparmeister” app, you can even load a complete weekly programme onto the thermostat via Bluetooth for maximum efficiency and comfort.