Direct Heat Transfer
IntelliHeat Electric Heating Systems are designed to deliver maximal comfort for minimal energy consumption, this is achieved thanks to our unique patented ACS thermodynamic fluid which expands within seconds to deliver a 100% hot point effect across the entire surface of the radiator.
This ensures the unit will begin heating the area within 60 seconds of activation. Heat is then maintained across the unit whilst energy consumption drops and even stops at times, thanks to our supercharged Class II heating elements.
Through a perfect combination of natural convection and radiant heat distribution our products minimise air flow through the heating area, this, in turn, prevents dust from circulating on the heated air. With Italian flair, quality, and patented efficiency, this unique collection will deliver comfort and energy efficiency to your home through a natural aesthetically stunning designer heating system
The heat you will receive from our heating system is a comfortable non-dry natural feeling that will remind you of clean summer air.
Comfortable and Safe
Our systems are designed to ensure maximum comfort with full user safety. Each IntelliHeat unit has a maximum surface temperature of 63° which prevents thermal burn to the skin. This means our systems are ideal for vulnerable individuals and children.
Total Accuracy with Ecodesign
The aim of LOT 20 is that electric heaters will be more economical, incorporating these Ecodesign features will reduce, the time for which the heater is operating. Saving money on your energy bills over the 20 years lifespan of your smart radiator. All IntelliHeat products are manufactured with a built-in high sensitivity thermostat accurate to within 0.1°. This enables precise flexibility of temperature bespoke to each heating area.
The ability to set specific programs and temperatures for each room is a key differentiator between our products and most competitor systems. These non-compliant heaters typically operate from a single central thermostat in the property estimating a central temperature to within +/-2° and +/-4°.