| Simply plugs into a 13amp mains socket. |
Needs to be wired up with 180 degree heat resistant cabling for the lights and stove. |
Heated to a range of 110° to 130°F. Leaving the air comfortable to breathe. |
Heated to a range of 180° to 235°F. The air can become uncomfortable to breathe. |
Warm up period of 10 to 15 minutes. Means a Far Infrared sauna can be used whenever you like and the cost of heating up is much less than a conventional sauna. Using as little as 0.3KW of electricity. |
Warm up period of 60 to 90 minutes Means that you have to plan when to use the conventional sauna. Costly initial warm-up using minimum of 3KW. |
Approx 20% of the far infrared energy heats the air the remainder heats the person. Means a much lower running cost than a conventional sauna. |
Heats the air first and the air heats the person. So not as effective at heating the person. Higher running cost than the far infrared sauna. |
You produce 2-3 times the volume of sweat of a conventional sauna. Means better detoxification as
more toxins can be driven out through the extra volume. |
1/2 to 1/3 volume of sweat of a far infrared sauna. Means less effective detoxification. |
No water is needed to create steam or to cool you down, so less likelyhood of mould growing in your house due to the sauna humidity. |
Steam and water vapour in the air bring increased risk of mould growth which in turn creates its own toxins. |
Radiant heat goes deeper which gives a beneficial cardiovascular workout as well as providing the deepest possible detoxification. As it reaches to the Subcutis/Hypodermis (fat and toxin storage area deep under our skin). |
Convection heat is applied on the surface of the skin means less (if any) cardiovascular workout and less effective detoxification as it cannot reach as deep. |