Bowl Cleaner

Household/Liqht Industrial Type Germicidal Acid Bowl Cleaner 

Charge vessel with water and add acid slowly. Allow acid mixture to cool before adding remaining ingredients in order shown. 

Appearance White, opaque liquid pH, as is 1.0 Density, lbs/gal 8.50 Viscosity 25C Water thin Use Instructions  

For complete use instructions, see EPA Registered Label Storage Stability  

This formulation is freeze/thaw stable. It will return to its original state upon thawing. 

---

Sodium bisulfate, NaHSO, is a convenient mild acid and is safe for uses as a household toilet-bowl cleaner, automobile-radiator cleaner, and for swimming pool pH adjustment. It is used for metal pickling, as a dye-reducing agent, for soil disinfecting, and as a promoter in hardening certain types of cement. 

The largest use of calcium hypochlorite is for water treatment. It is also used for I I and household disinfectants, cleaners, and mildewcides. Most of the household uses have been limited to in-tank toilet bowl cleaners. In areas where chlorine cannot be shipped or is otherwise unavailable, calcium hypochlorite is used to bleach textiles in commercial laundries and textile mills. It is usually first converted to sodium hypochlorite by mixing it with an aqueous solution of sodium carbonate and removing the precipitated calcium carbonate. Or, it can be dissolved in the presence of sufficient sodium tripolyphosphate to prevent the precipitation of calcium salts. However, calcium hypochlorite is not usually used to bleach laundry and textiles because of problems with insoluble inorganic calcium salts and precipitation of soaps and anionic detergents as their calcium salts. 

Oxidation of Chlorides. Hypochlorite can also be formed by the in situ oxidation of chloride ions by potassium peroxymonosulfate [25482-78-4] (36). Ketones like acetone cataly2e the reaction (37). The triple salt of potassium peroxymonosulfate is a stable powder that has been combiaed with chloride salts and sold as toilet bowl cleaners. Bromides can be used ia place of chlorides to form hypobromites, and such combiaations are used to disiafect spas and hot tubs. 

Dibasic magnesium hypochlorite can be used as a toilet bowl cleaner (227—229), in laundry and textile bleaches (230,231), and in scouring cleansers (232,233). 

Inorganic Acids. Strong inorganic acids have little antimicrobial activity in themselves but inhibit microorganism growth by lowering the pH. Disinfectant toilet bowl cleaners that contain 9.5% HCl or more are antimicrobial. Carbonic acid [463-79-6] in soft drinks provides some antibacterial preservation. Sulfurous acid [7782-99-2] is an effective preservative used to preserve wines (see Wine), fmit juices (qv), and dried fmits. 

Figure 10 shows the face of the anode. As indicated, there are doubtless some droplets of electrolyte moving in the channels. The fluorine moves these droplets along just like a gas lift pump lifts water in a goldfish bowl cleaner or a swimming pool vacuum. The electrolyte still does not wet the anode very well, but the low-energy situation makes it easier to move electrons from the electrolyte into the carbon base. 

Read the labels before mixing household cleansers. Many toilet-bowl cleaners contain acidic solutions, as do some drain cleaners, rust removers, and, of course, vinegar. Never mix bleach with these products. You could sustain permanent lung damage. 

A toilet bowl cleaner contains NaH504 as the active ingredient. 

Some acids, from strongly acidic to weakly acidic, are stomach acid, lemon juice, vinegar, sauerkraut, and rainwater. Some bases, from strongly basic to weakly basic, are toilet-bowl cleaners, limestone, ammonia, antacids, baking soda, and egg whites. 

You and your children can be exposed to 1,4-di chlorobenzene in your home if you use products such as 1,4-dichlorobenzene-treated toilet bowl cleaners or mothballs containing 1,4-dichlorobenzene. You should not let your child play with or drink toilet bowl water that has been treated with 1,4-di chlorobenzene. Do not let your children rub mothballs or cleaners containing 1,4-di chlorobenzene on their skin. Because 1,4-di chlorobenzene may be found in the home as a pesticide and bathroom deodorizer and in mothballs, these items should be stored out of reach of young children to prevent accidental poisonings. Always store household chemicals in their original labeled containers never store household chemicals in containers children would find attractive to eat or drink from, such as old soda bottles. Keep your Poison Control Center s number by the phone. 

Strong acids include battery acid, murintic acid, and hydrochloric acid. Weak acids include acetic acid, toilet bowl cleaner, and lactic acid. Banned pesticides include Silvex, Mirex, Aldrin, Chlordane, DDT, and Heptachlor. Caustics include oven cleaner and drain cleaner. Flammables include alcohol, acetone, turpentine, lacquer, and paint thinner. Pesticides include rodent poisons, insecticides, weed killer, and other herbicides and fungicides. Pesticide containers should be triple-rinsed, and the contents sprayed on crops or yard, before discarding. 

Strong acids, bases, or oxidizers can cause permanent eye damage, skin bums, and, if swallowed, gastrointestinal damage. Examples of corrosive products include alkaline drain cleaners and oven cleaners, acid-based toilet bowl cleaners and rust removers, concentrated disinfectants, and some concentrated pesticides, especially fungicides. 

Solid Automatic Toilet Bowl—Cleaner Formulation... 

Applications Toilet bowl cleaners with good cling time Notes Quest Int l Citrus X004.950... 

Examples of acids, (a) Citrus fruits contain many types of acids, including ascorbic acid, C6H8Og, which is vitamin C. (b) Vinegar contains acetic acid, C2H4O2, and can be used to preserve foods, (c) Many toilet bowl cleaners are formulated with hydrochloric acid, HC1. 

Wear safety glasses. Do not use bleach products because they will oxidize the pigment, rendering it insensitive to any changes in pH. You also do not want to run the risk of accidentally mixing a bleach solution with the toilet bowl cleaner because... 

Head of red cabbage, small pot, water, four colorless plastic cups or drinking glasses, toilet bowl cleaner, vinegar, baking soda, ammonia cleanser. 

Add a small amount of toilet bowl cleaner to the first cup, a small amount of vinegar to the second cup, baking soda to the third, and ammonia solution to the fourth. 

The main component of bleach is sodium hypochlorite, NaOCl, which consists of sodium ions, Na1, and hypochlorite ions, OC1. What products are formed when this compound is reacted with the hydrochloric acid, HCl, of toilet bowl cleaner ... 

Li Quid Toilet Bowl Cleaner A Liquid Stain and Rust Remover... 

Solid Automatic Toilet Bowl Cleaner Formulation... 

FOUND IN Conventional toilet bowl cleaners and deodorizers... 

Toilet bowl cleaners Window cleaners Metal polishes Commercial/industrial Industrial and institutional cleaners industrial processes ... 

---