Bleach, like Clorox, is an effective cleaning product. But, what exactly are bleaching agents? Learn more about bleach, including the ingredients in bleach in general and the active ingredient in bleach.
Sodium hypochlorite, which is made from salt, is actually the active ingredient in household bleach.
In fact, the reason Clorox is headquartered in Oakland, California is because the company first started making bleach there by running electricity through salt water taken from San Francisco Bay.
Therefore, the components of household bleach are always salt and water. The key reaction that makes household bleach ecologically benign occurs when it is being washed, when about 95 to 98 percent of it is rapidly broken down into oxidizing salts and biodegradable materials.
Many readers come to me with different iterations of this question about the components of cleaning and laundry equipment.
I can see more people like me wanting to be informed consumers who choose items based on the backstory and ingredients in them. I want to do this too.
With that in mind, I’m happy to share the news that Clorox’s Ingredients Inside Application and mobile website are now live and available for download.
Whenever you need to know this information, this advanced, free iPhone app gives you the ability to know exactly which of our US and Canada home and commercial sanitizing, cleaning, and laundry solutions are available.
Scan the barcode on a Clorox product using your iPhone’s camera and a list of the product’s ingredients, along with a description of each ingredient, will immediately appear on your screen.
clorox bleach ingredients percentage
Clorox bleach appears to be a solution of 5 chemicals mixed with water that bleaches, cleans, and disinfects. Oakland, California introduced Clorox liquid bleach in 1913.
Laundries, breweries, food processors and municipal water systems were Clorox’s early customers. In 1916, Clorox introduced a 15 oz. Amber glass container.
Sodium hypochlorite is the bleach, stain remover, and disinfectant in Clorox. The salt thickens and stabilizes the Clorox solution. Alkaline baking soda removes alcohol and fat.
Sodium hydroxide (lemon) removes greasy, oily or acidic stains. Sodium polyacrylate prevents loosened dirt from settling on textiles during washing.
Clorox produces sodium hypochlorite. First, pure chlorine and sodium hydroxide are produced by sending an electric current to salt water.
Clorox bubbles chlorine through a water-sodium hydroxide solution. Sodium hypochlorite replaces chlorine.
Clorox household bleach contains 6% sodium hypochlorite in water with cleaning, stabilizing and dispersing agents.
Clorox’s active ingredient, saltwater, breaks down into water and salt. Sodium hypochlorite appears to be a rapidly decomposing oxidant.
If used as intended, Clorox does not release free chlorine. According to Clorox, 95 to 98 percent of sodium hypochlorite begins to break down into salt and water.
Clorox says the remaining sodium hypochlorite and other components break down into compounds harmless to septic tanks and wastewater treatment facilities.
It’s easy to forget that Clorox bleach contains strong chemicals, and certain mistakes can make it dangerous.
According to the label, Clorox should not be used with toilet bowl cleaners, stainless steel, ammonia, vinegar, or strong acids.
These compounds react with sodium hypochlorite and produce chloroform. Clorox should always be kept out of the reach of children.
Always use it under adult supervision. Dilute cleaning products according to package directions. Ventilate when cleaning or disinfecting.
clorox bleach active ingredients
For more than a century, Clorox products have been used to disinfect kitchens, water supplies, and hospitals.
The active ingredients of Clorox® Regular Bleach2 have not changed much over the years. Clorox® Regular Bleach2 contains sodium hypochlorite derived from salt.
When you buy our bleach, you get a solution with at least 6% sodium hypochlorite, a little sodium hydroxide and sodium carbonate to adjust the solution and keep the product working for a year, mostly water.
Because of the way bleach is produced, it quickly turns into water and salt after disinfection. Non-biodegradable bleaches are treated by sewage and septic systems.
Clorox® Regular Bleach2 is made from salt and water.
Even though our products are made from everyday components, you can be sure they are safe.
When conducting our assessments of the safety of chemicals and formulations, we consider both human health and environmental health.
The EPA conducts tests on our products before allowing them to be placed on the market.
After launching new products, Clorox conducts research on newly discovered scientific phenomena.
Clorox is concerned about product safety, so we want customers to have easy access to information about bleach and its safety practices.
Clorox was the first major consumer packaged goods company in the US and Canada to disclose the contents of its disinfectant, cleaning and laundry products in 2011.
Consumers can check product information, including ingredient descriptions, from their home computer or mobile phone in-store using our Ingredients Inside site.
By January 2020, the smart label, an industry technology that enables quick and centralized access to detailed information about consumer items, will disclose US product ingredients.
is bleach an acid
Acids emit protons or absorb shared electron pairs in water. Sour and fried litmus. All acids have a pH below 7. Bleaching acid? The pH of sodium hypochlorite is more than 7. Also, it neither donates nor absorbs electrons.
Alkalis turn red litmus paper blue in aqueous solutions. NaClO dissociates into a neutral sodium ion and a ClO- ion with unshared electrons.
NaOH solution is bleach. The hypochlorite anion and sodium cation form NaOCl. Heat or friction may cause this anhydrous chemical to explode.
It is a common disinfectant, bleach and cleaner. The solution is greenish yellow. Bertollet created it in 1785.
Bleach is alkaline. Its pH ranges from 11 to 13. In water, it separates into hypochlorite anion and sodium ions.
Hypochlorite ions take a proton from water and release OH- ions and neutralize the solution.
Acids emit protons or absorb shared electron pairs in water. Sour and fried litmus. All acids have a pH below 7. Bleaching acid? The pH of sodium hypochlorite is more than 7.
Also, it neither donates nor absorbs electrons.
Alkalis turn red litmus paper blue in aqueous solutions. NaClO dissociates into a neutral sodium ion and a ClO- ion with unshared electrons. Bleach is not an acid. PH measures acidity or alkalinity. 1 to 14 are pH levels.
Any solution with a pH between 1 and 7 is acidic, while 7 to 14 is alkaline. NaOCl is a basic chemical consisting of ClO- and Na+. The pH of NaOCl should be below 7.
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