Peroxides bleach cleaners

Another place where dual packaging also comes into play is the use of peroxide for mold cleaning. Peroxide has a higher oxidation potential than hypochlorite (-1.36 eV for sodium hypochlorite and —1.8 eV for hydrogen peroxide), but paradoxically does not work with the speed of hypochlorite on bathroom mildew. However, peroxide has essentially no odor, in contrast to hypochlorite that has a distinctive and unpleasant odor. Without activation, peroxide bleach would take longer to do the job that hypochlorite does more quickly. One patent, therefore, incorporates an activator into a peroxide mold cleaner, but puts the formulation into a dual-chamber package so as to ease the job of stabilizing the formula on the shelf [349],... 

Llntex. [Lindley Labs] Peroxide bleach stabili r, carrier, cleaner, defoamer, fluorochemical extender, reducing agent, water repellent, wetting agent, or softener for texdles. 

Synonyms NaeDTPMP Properties Amber liq. m.w. 705 Uses Deflocculant, sequestrant, scale inhibitor for cooling water treatment, detergents, peroxide bleach stabilization, l l cleaners, geothermal, oil field applies. deflocculant, sequestrant, process additive for paper, textiles, and metals industrial and commercial formulations for cleaning various substrates cement modifier (retards concrete setting times)... 

Table 14.9. Formulation for a bleach cleaner based on hydrogen peroxide ...

Detergent, emulsifier, dispersant, wetting agent. Similar to CHEMPHOS TR-421 but better compatibility in strong electrolyte systems. Emulsifier in waterless hand cleaners, detergent in dry-cleaning formulations. Pesticide emulsifier with liquid fertilizer blends. Used in caustic boil and peroxide bleach for cotton processing. 

Chem. Descrip. Mixt, of anionic and nonionic surfactants Uses Surfactant for hypochloride- or hydrogen peroxide-containing cleaners, laundry bleaches... 

Uses Deflocculant sequestrant dispersant aq. process additive for paper, textiles, and metals Industrial and commercial fonnulations for cleaning various substrates retards concrete setting times conesion/scale inhibitor in aq. systems for cooling water treatment, boiler treatment, l l cleaners, general purpose ion control, oilfield applies. stabilizer for peroxide bleaching sol ns. in textiles, paper pulp Features Temp, and pH stability Regulatory SARA nonreportable... 

Sodium peroxoborate hexahydrate is an important ingredient of many household detergents, working best at temperatures above 60°C. It is also used in dishwasher detergents, denture cleaners, as well as foot and bath salts. The textile industry generally uses hydrogen peroxide for bleaching, but there are a few areas in which sodium peroxoborate hexahydrate is preferred. 

The main use of hydrogen peroxide is bleaching. Uses in chemical industry and in environmental protection are increasing because its great advantage is that the degradation product is water - a solution of some wt% is even used as a household cleaner. 

Carbonic acid, disodium salt compd. with hydrogen peroxide (2 3) Disodium carbonate, compound with hydrogen peroxide (2 3) Disodium carbonate, hydrogen peroxide (2 3) EINECS 239-707-6 FB Sodium percarbonate Oxyper, Perdox Peroxy sodium carbonate Sodium carbonate peroxide Sodium percarbonate. Bleaching agent for domestic and industrial use, denture cleaner, mild antiseptic. Chemoxal Degussa AG Interox Am. 

Students can decide how to dilute the bleach to change reaction time. Halving the concentration doubles the time. Once this is established, students could test other chemicals to see how they react with the red juice extract - for example, hydrogen peroxide, other enzyme-based cleaners, etc. This would give the opportunity to investigate the best reaction conditions for optimum cleaning of a red juice spillage. 

Cleaners containing oxygen bleach or peroxides are gaining in popularity. Contrary to the usual trend in developed nations, these products are often in powder form rather than liquid to facilitate delivery of the peroxide (usually in the form of percarbonate), which is very difficult to stabilize in liquid formulation [44]. They are usually aimed at laundry problems, but directions on the label give dilution instructions for use as a cleaner on a variety of hard surfaces as well. Surfactants used in these cleaners are usually anionic or nonionic at low concentrations (<5%). Oxygen bleach formulas are touted for their greater surface safety, but with the greater safety comes a decreased spectrum of stains that can be bleached. 

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