However, not all infrared heaters are created equal. The problem with the majority of infrared heaters is that they do not work as intended. The heating panels do not get hot enough to emit truly effective infrared waves.  This means they are essentially just a hot plate on the wall. Not providing the true infrared effect.

ESHC technology is what sets Welltherm’s infrared heater’s apart from the rest. Most competitors panels have a maximum surface temperature around 90°C, whereas Welltherm’s is 120 °C. Resulting in a stronger and more effective infrared effect.

Welltherm’s research and development has lead to technological advancements, making their heaters some of the most energy efficient on the market. Welltherm’s use ESHC technology, to ensure intrinsic heating across the panel.  With ESCH technology more than 70 % of the heater’s heating surface is covered by heating conductors. This results in excellent heat distribution and efficiency. For most other infrared products this value is between 6 % and 23 %. Basically, the larger the proportion of radiation of an infrared heating system, the more efficiently electrical energy will be turned into thermal heat.

For maximum quality and efficiency, the ESHC heating conductor’s geometry is made from highest-quality stainless steel. While reverse heating circuits reduce unwanted magnetic fields to a minimum. The heating elements front and back is surrounded by thermally resistant silicone insulation. The use of this leads to optimum heat transfer to the front of the infrared heater, with maximum safety. With an infrared heater, its important the heat is transferred into the front panel. Heat to the rear of the heater is simply waste. In order to reduce the loss of heat a thermally insulating mat is used to the rear of the panel.

Read more about ESCH here.