CLOX

Chlordioxide is not chlorine, it is a completely different chemical compound obtained by combining one chlorine and two oxygen atoms with special applications. It does not occur spontaneously in nature. It is one of the strongest disinfectants known because it is a very strong oxidizer. It provides 100% success in eliminating bacteria, viruses, fungi, algae, parasites, molds and yeasts. It is a gas that dissolves very quickly in water. The secret of chlordioxide's success in killing pathogens is its highly unstable structure. Since all pathogens tend to give electrons, oxidizing agents such as chlordioxide are chemical compounds that can easily absorb electrons from these electron sources. However, healthy tissues and oxygen-fed microorganisms are not affected by chlordioxide.  Properties Although chlorine dioxide has odor and appearance characteristics similar to chlorine, it has a completely different structure than basal chlorine in terms of both chemical and behavior. Chlordioxide is an extremely small, unstable and very strong molecule.

Benefits- One of the strongest oxidants known - Works in a wide pH range, is not affected by the pH of the water - It has a wide spectrum of action (bacteria, virus, fungus, algae, parasite, mold, yeast, etc.) - It prevents the formation of biofilms as it destroys the biofilms that have already formed. - Immunity can never be developed by pathogens - Oxidizes heavy metals (iron, manganese etc.) quickly by removing them from the environment - Eliminates bad smell and bad taste in water (phenols, algae, etc.) - Stable, provides residual protection in closed water systems - It is not corrosive (when diluted with water) - Not carcinogenic - Environmentally friendly, turns into water and salt in nature - Economical, destroys pathogens in a short time with very low doses - It is the most effective and economical solution known for Legionella - It is odorless, does not require rinsing (When diluted with water) - Eliminates bad odors in the environment - Does not react with ammonia and nitrogenous compounds - Since it does not react with bromide, bromate and bromate by-products do not form - Neutralizes aldehyde, cyanide, nitrogen and sulfur compounds in water - Compared to chlorine, its potency is about 3 times higher Does not cause chloramine and THM formation, such as chlorine - Extremely effective against Giardia (single-celled creatures) and Cryptosporidium - Inactivates Giardias 5 times faster compared to chlorine - It is the only biocide that forms free radicals - Extremely fast sporsidal effect as it can form free radicals

Interaction With WaterOne of the most important properties of chlorine dioxide is its high solubility rate in contact with water. Especially in cold water, this solubility increases even more. Chlorine dioxide does not hydrolyze in any way when it comes into contact with water, instead it remains in the form of dissolved gas in solution. Chlordioxide gas, which will disappear over time, evaporates completely by air. This means that chlorine dioxide has no residual effect.  Oxidizing EffectThe most important reason why chlorine dioxide is a unique oxidant is its unique electron exchange mechanism. Chlordioxide attacks the most efficient centers of organic molecules in terms of electrons. Chlordioxide is reduced to Chlorite (ClO2-), which is itself a harmless oxidizer, after this electron transfer. Instead of being overreactive like chlorine dioxide, ozone and chloride, it only reacts with sulfur, amine derivatives and some overreactive organic materials, its oxidation power is extremely low. Due to its low oxidation power, Chlordioxide, the lowest corrosive effective disinfectant known in the world, is the strongest oxidizer known in terms of oxidation potential. When the oxidation powers and capacities of all known disinfectants are examined, it is seen that Chlordioxide is extremely effective even at the lowest doses.  The following table of oxidation power and oxidation capacity clearly demonstrates scientifically that chlordioxide is the most effective but also the least corrosive disinfectant.

 
Use of

It contains Clox A and B components and 20 lt 1.25% chlordioxide. Pour the B (Powder) Complete into A (Liquid). The solution will be completely ready in 30-40 minutes. It contains 12.500ppm chlordioxide. We recommend using 3lt from dripping to turning.  Please contact for your questions and requests about the product.