Technology

The SixPower technology is based on the use of cold plasma, also known as the “fourth state of matter,” which is utilized to affect substances in order to alter their physical and chemical properties. The technology relies on six key factors that enable deep molecular transformation:

1. Potential difference — creates an electric field necessary for the excitation of molecules and ionization of the medium. This provides the initial activation of molecules and induces the transition of the substance to an unstable state.
2. Ultraviolet radiation — impacts molecules, causing their breakdown and altering their chemical structure, thus accelerating subsequent reactions.
3. Cavitation — the formation and collapse of bubbles in a liquid under the influence of ultrasonic waves. This process creates localized zones of extreme temperature and pressure, contributing to the breakdown of molecules.
4. Ultrasound — generates high-frequency mechanical vibrations that accelerate reactions and promote changes in the structure of the substance.
5. Ionization in an electric field — as the substance passes through the plasma, its molecules become ionized, leading to the destabilization of molecular bonds and the creation of active radicals.
6. Impact of secondary collisions of charged particles — in the plasma, charged particles collide with each other, releasing additional energy. These collisions result in the complete breakdown of the original molecules, followed by recombination into new chemical compounds.

Thus, the SixPower technology enables the complete destruction of molecular structures followed by recombination, opening up broad possibilities for creating new compounds and altering the properties of the original substance.