About ion boilers (heaters)

Changes in energy prices, the emergence of new heating technologies, increased attention to the environmental housing is pushing people to seek alternative or complementary options for heating. 

There is a stereotype that heating using electric energy is "too expensive". For some heating boilers this statement is true, for example this view is true for THE (tubular heating element boilers, which were used in the systems filled with ordinary water). Deposit of salt and chulk very quickly settles on surface of THE (tubular heating element) and works as heat insulator, thus the efficiency of the classical electric boiler falls down to 70% and below. After that energy in THE boiler is spent inefficiently. In short time THE overheats and quickly go out of order.

Heating systems with ion (electrode) boilers, heaters do not have such problems. Here there is no heat energy transmission link - THE, system heats directly thanks to electrical characteristics of a special heat carrier (coolant), filled into the system. This heat carrier ensures that heat transfer surfaces are clean and the entire heating system is working well and economically.

14 year practice of heating systems with ion boilers STAFOR worldwide operation shows that in many cases heating with ion heaters are cheaper comparing to most of other heating boilers. Heat energy source material prices must be compared in each country and region, but in most cases this statement is true.

Taking in account low cost of the system with an ion boiler (heater) STAFOR compared to alternatives, the use of such heaters, of course, is cost-effective and justified.

Ion central heating boiler STAFOR with package

Among the other advantages of ion heating boilers (heaters) should be noted:

  • small size (for the installation of a boiler 1 square meter on the wall in any room),
  • silent operation,
  • the possibility of programming modes of operation at different times of day, which reduces costs for heating,
  • quick and easy installation of the ion boiler STAFOR,
  • the absence of combustion and, consequently, a higher fire and explosion safety,
  • lack of demand for fuel,
  • the possibility of installing a new heating system at, and at a pre-existing,
  • the possibility of parallel connection with other heat boilers,
  • protection from freezing the system (ion boilers heat carrier are not frozen to -40°C),
  • no negative environmental impact;
  • energy-saving automation of new generation;
  • class I electrical safety (certificate Nr. T25D07, T37D08) in accordance with European Union standards.