Uses of hypochlorous acid 

• Hypochlorous Acid is used to convert alkenes to chlorohydrins.
• Used in cosmetics such as baby products.
• Used in swimming pools.
• Used to generate sufficient quantities of safe disinfectant.
• Used in marine sanitation devices to convert seawater into HOCl.
• Used as a wound care agent.
• Used to treat various infections in pets and humans.
• hypochlorous acid can also be used in place of hand sanitizer with no irritating side effects and does not cause hand dermatitis.

Hypochlorous acid is a weak acid 

hypochlorous acid has the most reactive oxygen specie, most powerful oxidizing agent 100 percent safe for humans, chemical free, non-toxic and all-natural, 

 Hypochlorous acid has a temporary and mild chlorine smell that dissipates quickly, it is non-irritating, and it does not have poisonous side effects.

• HOCl is the scientific formula for hypochlorous acid, a weak acid similar to that of a mild citrus juice. 

Hypochlorous Acid effectively KILL 99.99% GERMS, VIRUSES, AND BACTERIA.

Hypochlorous Sanitizer containing only two ingredients - Natural acid (HOCl) + Pure water.

Hypochlorous acid (HOCl) is produced naturally by the human body to combat bacteria and inflammation after an infection or trauma.

Alcohol-based sanitizer can cause skin irritation, dryness, poisoning, especially those with high concentration and can be lethal when ingested.

HOCI hand sanitizer converts almost entirely to water after use to hydrate the skin. 

Analysis Report

ALCOHOL-FREE

Hypochlorous Acid HClO manufacturer, supplier and exporter in Dubai, UAE, Sharjah, Ajman, Abudhabi, Middle East, Oman Sohar, Muscat, Mumbai, Kolkata, Kandla, Chennai, Visakhapatnam, India

Electrochemically activated (ECA) water is being extensively studied and considered as an alternative to chlorine for disinfection. Some researchers claim that ECA is by and large a chlorine solution, while others claim the presence of reactive oxygen species such as ozone and hydroxyl radicals in addition to chlorine. This study compares sodium hypochlorite (NaOCl) and ECA in terms of disinfection efficacy, trihalomethanes (THMs) formation, stability and composition. The studies were carried out under different process conditions (pH 5, 7 and 9, disinfectant concentrations of 2–5 mg/L and dissolved organic carbon (DOC) concentration of 2–4 mg/L). The results indicated that in the presence of low DOC (<2 mg/L) ECA showed better disinfection efficacy for Escherichia coli inactivation, formed lower THM and had better stability compared with NaOCl at both pH 5 and 7. Stability studies of stock solutions showed that over a period of 30 days, ECA decayed by only 5% while NaOCl decayed by 37.5% at temperatures of 4 °C. In a fresh ECA of 200 mg/L chlorine, about 5.3 mg/L ozone and 36.9 mg/L ClO₂ were detected. The study demonstrates that ECA could be a suitable alternative to NaOCl where decentralized production and use are required.