Conventional saunas are mostly fixed in a matter of days in a pre-planned location, are not removable, are publicly used, and may transmit disease, convective heating technology Used in a conventional dry sauna has a high energy consumption, it takes about 30 to 60 minutes for a warm, ready-to-use sauna cabin that is relatively long and wastes time and energy, requiring dedicated wiring in the building. The reason that the body warms up according to convective technology is to warm the air first and then That body, so the air temperature is 80 to 100 degrees hard for the user to tolerate, breathe hard for, and take a sauna for a long time, for example, an hour is almost impossible.
In this traditional way, because heat is not concentrated on the body and is propagated by the heater upwards, relatively high heat is required to warm the air first and thereby heat the body, which increases the damping of the sauna cabin and As a result, the maintenance costs increase and the lifespan and beauty of the sauna decrease.
In traditional saunas, hot air cannot penetrate the body's tissues and is limited to surface heating, not deep, and naturally offers less therapeutic benefits than more advanced thermal technologies.
In the portable infrared sauna
Its components include the sauna floor, walls and ceiling pre-made in 1,2,4,6-person sizes and in various designs and packaged in less than 30 minutes without the need for any bolts or other tools. Installed on site by connecting to a power outlet, the sauna is removable from place to place, a private and private sauna, and more hygienic than public saunas, instead of using technology. Conventional convective heating uses infrared radiant heating technology located within the walls of the sauna in 360 degrees and directly by radiation, It warms the body, concentrates heat and the sauna cabin is ready for use within a maximum of 15 minutes, which saves energy and time, making this sauna much less energy efficient than conventional saunas (approx. One quarter), the air in the sauna cabin is less warm (about 60 degrees C), the air temperature in the sauna cabin is milder and more tolerable, allowing for longer saunas (up to one hour), heating to about 3 cm It penetrates into the tissues and causes deeper heating at a milder temperature, due to the lack of cabin temperature, depreciation and maintenance costs. It has a shorter and longer lifespan and is also an ideal option for equipping apartments with saunas.
The use of infrared radiant heating technology as infrared heat lamps has been prevalent among physiotherapists for many years. It has been proven to be uncomplicated and curative in scientific papers. This technology used as a lamp in medical and element (ceramic, carbon panel, etc.) industry including building industry as advanced heating, low consumption, non-polluting and safe is the ideal option for use in sauna construction. On the one hand, because it lacks the technical flaws of conventional sauna thermal technology and on the other hand more and more therapeutic benefits have been reported, it is nowadays replaced by traditional saunas in advanced countries and is highly popular among sauna therapy enthusiasts. .