Recently, more and more types of equipment for heating premises appear on the market. One of these novelties is a ceramic heater, which will be discussed.
Principle of operation and advantages of a ceramic heater
The action of the ceramic heater is based on the principle of forced convection: the heating elements are blown with air, which spreads throughout the room. The operating mechanism of such a device is a heating element consisting of a plurality of ceramic parts combined into a whole plate.
This home appliances uses revolutionary technology, so it lacks many disadvantages inherent in other kinds of heaters. For example, unlike a central heating system, ceramic heaters do not dry air and do not burn oxygen. They do not heat up like oil radiators, so they are completely safe and suitable for use even in children's rooms.
In addition, ceramic heaters suggest not only a convection, but also an infrared principle of operation. This means that the heat radiation comes from the heat source purposefully to the local zones and the objects and people in it. Therefore, ceramic panels are quite economical, they do not work "for nothing".
Ceramic heaters are very convenient in everyday life. Many of the models are equipped with a timer, remote control, and some of them have the function of purification and ionization of air.
Types of ceramic heaters
Depending on the location of ceramic heaters are wall, floor and table.
The wall heater is the most out-sized, it looks like a split-air conditioning system. Nevertheless, its plate is thin enough, and, suspended in the lower part of the wall, it fits perfectly even in a small room.
As you know, warm air tends upwards, so it's useless to place heaters under the ceiling. Much more
Desktop ceramic heaters are usually equipped with a rotation mechanism, thanks to which warm air spreads in all directions, quickly heating the entire room.
As for heaters used outdoors (in the country, on a picnic, etc.), then there will be irreplaceable gas ceramic heaters that also use infrared radiation. In field conditions, they are also applicable for cooking and boiling water.