Thanks to its organized molecular structure, a feature made possible by a special firing technique, Decovita Quantum is capable of reflecting Far Infrared Rays (FIR). This unique property is one of the key distinguishing properties of Decovita Quantum as FIR regulates blood flow and reinforces metabolism and the immune system. Your family, children, and loved ones are healthier in environments featuring Decovita Quantum.
The ceramic used in Decovita Quantum is fired at 1200 degrees, which makes its molecular structure change into a more organized form. Through a combination of light and heat, the ceramic obtains the ability to transform energy and reflect far infrared rays at a specific wavelength.
According to scientists, every element is capable of reflecting far infrared to some degree. However, this capability varies greatly. Studies show that, similar to the Sun, human body is able to produce, attract, and emit far infrared rays up to 5.6 to 15 micrometers. These rays are known to affect half of the body’s natural energies.
Rays emitted by the Sun is categorized into visible and non-visible rays. Certain rays in the non-visible spectrum, which are termed “live optical waves”, create the “far infrared optical waves.”
When far infrared comes in contact with human body, it creates a resonance effect that activates fluid flow in the body. This in turn increased the organism’s resilience while revitalizing tissues and increases the supply of nutrients and enzymes.
Regulating blood flow
Relieving joint pains
Regulating autonomous nervous system, which controls involuntary functions in the body, such as heart, stomach, and blood vessels.
Reinforcing the metabolism
Preventing inflammation
Improving and enhancing skin care
Revitalizing the circulatory system
Activating biomolecules
Strengthening the immune system
Reducing lethargy
You can easily test yourself the effects of the Decovita Quantum’s infrared rays...
Decovita Ceramic reveals the impact of infrared rays with two small and fun experiments:
In the first test, the subject stands upright on a normal surface with one leg above the ground and arms raised to shoulder level. When the experimenter gently touches the subject’s arm on the side of the lifted leg, the subject loses balance. When the experiment is repeated with the subject standing on Decovita Quantum, the subject is able to keep his balance through the energy provided by the infrared rays.
In the second experiment, blood pressure of the subject is monitored at rest. Then, the subject stands barefoot on Decovita Quantum ceramic tiles or touches the tiles with his hand, and his blood pressure can be seen to normalize.
