CO2
Absorbing Carbon Dioxide Through Skins Improves Health and Beauty
CARBONATED WATERS IN THERMALISM
Natural Springs
There are numerous natural springs with a high concentration of carbon dioxide in Europe. Balneotherapy and hydropinotherapy are two traditional methods of spa treatment. The main treatments are pathologies affecting the cardiovascular, respiratory, autonomic, digestive and uropoietic systems.
Therapies
Carbonated baths can be used to treat arterial circulatory disorders, microcirculatory disorders and arterial occlusive disease at any stage. The therapy also helps in nutrition-related skin ulcers, and in cardiovascular disorders caused by psychosomatic, a chronic weakness of the veins, as well as in supportive treatment of rheumatic diseases.
Water of the Heart
Bad Nauheim, Germany, is known for healing of heart and nerve diseases. It is called "WATER of the HEART". 30 years ago studying such water, the first artificial carbonated water generator designed for warm baths opened a new market in Japan.
Classification
The carbonated therapeutic waters are classified by the amount of free CO2 gas in the water. Over 1000 mg per liter (= 1000 ppm) is considered essential for medical treatment.
Light 300 - 500 mg/l
Medium 300 - 1000 mg/l
Strong over 1000 mg/l
Our "BICARBONATED" can generate strong carbonated water up to 1300 PPM
(1300 mg / l)
CHEMICAL COMPOSITION
H2O + CO2 = H2CO3
WATER + CARBON DIOXIDE = CARBONIC ACID
The perfect pH for your skin
The carbonated water's pH is mild acidic and it helps with skin health conditions.
The higher the presence of carbon dioxide in the water, the more the acidity increases and the pH level drops.
The carbonated water generated by "BICARBONATED" has a pH of approximately 4.3, such as that of healthy skin between 4.2 and 5.6.
What Happens When We Soak in Carbonated Water?
01
Carbon dioxide gas reaches your blood stream through your skin directly from the water
02
It increases the level of carbon dioxide in the blood vessels
03
It activates the exchange of carbon dioxide and oxygen
