Infrared saunas emit infrared light absorbed as radiant heat directly by your skin. This direct warmth provides deep, soothing effects on muscles and joints, promoting relaxation and recovery. Although their temperature peaks at about 145°F, it's the direct, penetrating heat that creates an effective and comfortable sauna experience.
Traditional saunas, however, heat the air to around 190°F, stimulating deep sweating and detoxification. Pouring water on sauna stones generates steam, adding humidity for an invigorating sauna experience.
In essence, the lower temperature of infrared saunas can still deliver a potent sauna experience due to direct heat absorption. Whether you prefer the deep, direct warmth of an infrared sauna or the intense, humid heat of a traditional sauna, both enrich your wellness routine in different ways. To explore these unique benefits further, our detailed blog post provides an in-depth comparison.
In this blog post, we discuss the key differences between the two types. In brief, infrared saunas are equipped with several infrared heaters that emit infrared rays, directly warming your body. They do not heat the air inside the sauna, reaching only about 145° F.
On the other hand, traditional saunas utilize an electric heater or wood-burning stove to heat the air within the sauna enclosure. Sauna stones are placed atop the heater or stove, and pouring water over these stones generates steam that increases humidity and heats the sauna further. Traditional saunas generally reach around 190° F, although some users may heat theirs above 200° F.