Beper P202VAL100 electrolytic disinfection producer

The Beper P202VAL100 disinfectant maker allows convenient disinfection of a wide range of surfaces. Thanks to the electrolysis process, it produces a disinfectant solution based on sodium hypochlorite that can deal with bacteria, viruses and fungi. Just add 200 ml of water and 10 g of table salt to the maker and within 5 minutes it will prepare a solution that you can use to disinfect your home, office and other rooms. The disinfectant itself should be sprayed on the surface to be treated and left for at least 5 minutes. Then wash the surface thoroughly with water. The generator is easily charged via USB cable and has an automatic timer that switches it off after 5 minutes. The Beper P202VAL100 disinfectant maker reliably disinfects any room.

Sodium hypochlorite as an effective disinfectant

Sodium hypochlorite is a chemical compound with the general formula NaClO. Sodium hypochlorite solution, commonly known as chlorine bleach (or SAVO), is often used to disinfect the home environment, to remove stubborn stains and bacteria and as a bleaching agent The electrolysis of NaCl solution produces hypochlorite ions, which (at sufficient concentration) are known to be disinfectant for many bacteria, viruses and fungi. The ease of preparation of these solutions lies in the advantage of using table salt instead of toxic chlorine and using a source that takes advantage of the low voltages involved in electrolysis. The production process is carried out directly in the electrolyser (in brine electrolysis) by ensuring contact of the solution from the cathode compartment (containing NaOH) with the evolving chlorine at the anode.

Warning:
The solution obtained should be kept out of light, out of the reach of children and used within 24 hours. Electrolysis produces high-pressure gases and the nozzle of the sprayer must be left open during operation. The specified dosage of water and salt must be strictly adhered to in order to avoid damage to the equipment and potentially dangerous reactions.