Hotee Regenerative Far InfraredRadiation Electric Heaters adopt uniquely designed heating elements to transmitheat and warmth quickly to the radiation panel by way of conduction. The surface temperature of the heat radiant panel will rise up to 200-300 degrees Celsius in a few minutes. The heating components convert heat energy to far infrared rays that radiate the lower parts, bringing a feel of comfort, like bathing in the afternoon sunshine.
Since heat transfers without fans, Hotee Regenerative Far Infrared Radiation Electric Heaters work in ultra-silent environment, with no noise and no dust resulted. This helps to keep the environment fresh and healthy and people can live and work in a comfortable way.
In terms of energy consumption, due to Hotee Regenerative Far Infrared Radiation Electric Heaters` unique heat storage function, when used with thermostats, it can save up to 25% electrical energy compared with ACs with the same power. Based on its reasonable design, Hotee Regenerative Far Infrared Radiation Electric Heater enjoys a long service life.
Heating tubes are one of the importantcomponents of the radiant heater. The heating units of Hotee Regenerative Far Infrared Radiation Electric Heaters are 8mm(in diameter) stainless steel sheathed heating tubes, whose thickness is up to 0.8mm, Nickel cadmium alloy heating wires and imported magnesium oxide powder. This has
enabled the heater to maintain its efficiency in various harsh conditions and guaranteed the temperature of the heater. The shell of the radiant heaters adopts top rolled-plates at 1.0-1.2mm thickness while the surface of the heater is made of high quality steel sheet which is spray-painted to guarantee that the host machines will not
deform even when the temperature is high and it`s used for a long time. There are different patterns and colors of our Hotee brand infrared heaters for you
to choose and your requirements to match different architectural styles can be satisfied too.
The cooling working units are made of high quality Aluminum Alloy slabs. Mature alloy anodic oxidation processing technique makes sure the color won`t change even used for a long time. The lines on the surface of the radiation units which are manufactured with new die-sinking enlarged the angle of radiation heat of the host machine to 85
degrees; This feature is leaving similar products far behind.