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QUESTIONS FRÉQUEMMENT POSÉES

QUESTIONS GÉNÉRALES

Questions fréquemment posées

WHAT MAKES VDOX® HOCL THE OPTIMAL HOCL SOLUTION?

 

Nous avons passé de nombreuses années à développer une méthode de fabrication exclusive qui garantit constamment que nous produisons une solution unique et extrêmement pure de HOCL qui est unique à notre entreprise.

We have realized a large portion of companies that manufacture HOCl or anolyte utilize outdated methods that impact the final purity, stability, versatility and potency of the end product.

NOTRE HOCL DIFFÈRE DES MANIÈRES SUIVANTES :

Notre processus de fabrication reproduit la pureté du HOCl produit dans le corps humain contrairement à la majorité des sociétés d'anolyte et de HOCl dans le monde. La plupart des entreprises HOCl ou Anolyte ont tendance à utiliser un processus obsolète qui utilise des sels et divers réactifs dans leur processus de fabrication, ce qui crée un milieu pour la formation de chlorates, de chlore gazeux, d'hypochlorite de sodium (eau de Javel) et de diverses autres impuretés. De telles impuretés sont des irritants et peuvent provoquer des effets secondaires, réduire l'efficacité, entraver la stabilité et limiter la polyvalence d'application.

Our pure HOCl contains no salts, no sodium hypochlorite (bleach), no chlorates and no other well known impurities.

We simply provide you with pure HOCl at the same level of purity which is manufactured in the body.

WHY PH IS THIS MUCH IMPORTANT?

A free chlorine (FAC) molecule is an unbound molecule. There are three forms of free chlorine: chlorine gas, Hypochlorous Acid and hypochlorite. Assuming a constant temperature of 25 ° C, when the pH is below 3, free chlorine will be present in the solution as chlorine gas. When the pH is above 7.5, over 50% of free chlorine will be hypochhorite ion (OCl-), and as pH rises to 11, all of the free chlorine in the environment will turn into hypochlorite. Free chlorine solution hypochlorous acid (HOCl) will dominate between pH 3 and pH 7.5.

The ideal pH is 6.2. All of the molecules that act as active disinfectants here are HOCl. The pH of the human skin is 5.5, and the pH just below the skin is 7.0. Our skin has a pH of 5.5 to act as a shield against bacteria and viruses, meaning it is slightly acidic.

ALCOHOL-based disinfectants used, if used very often, create cracks in the skin and these cracks open the way to the new body for bacteria and viruses. Therefore, extreme caution should be exercised when using alcohol-based disinfectants.

VOS PRODUITS SONT-ILS SÛRS ?
Yes, all our products are 100% safe and non-toxic. This includes being safe for children and pregnant women.
PUIS-JE AVOIR UNE RÉACTION ALLERGIQUE À VOS PRODUITS ?
No, our products are formulated to mimic the same quality of HOCl that is made within your body.
What are the other common names of the HOCL solution?
  • Electrolytically Generated Hypochlorous Acid .
  • Neutral Electrolyzed Water ( NEW).
  • Electrolyzed Oxidizing Water (EOW).
  • Electro-chemically Activated Water (ECA).
  • Super - oxidized water (SOW )
VOTRE DÉSINFECTANT DE SURFACE TUE-T-IL LE CORONAVIRUS ?
Yes, it can be applied via fogging or spraying. It is a highly effective, non-toxic alternative to alcohol and other harsh chemicals being utilized in the market
VOS PRODUITS SONT-ILS CORROSIFS ?
No, due to the purity of the HOCl that we manufacture our products are not corrosive.
HOCL EST-IL INFLAMMABLE ?
No, HOCl is not flammable.
HOCL PEUT-IL ÊTRE APPLIQUÉ SUR LA PEAU EN TOUTE SÉCURITÉ ?
Yes, HOCl is 100% safe to be applied to all skin types.

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