The Science Behind Laundry Detergent Pods: How Ingredients Work together for Superior Cleaning?

Laundry detergent pods manufactured by “ Water soluble film manufacturers “have revolutionized the way of doing  laundry. Biodegradable materials are used for  the manufacturing of the Water-soluble pods . This  significantly  helps to  reduce the plastic waste.  These small deter pods have powerful ingredients in perfect combination and these ingredients work together to provide superior cleaning power. But ok thing to know us the what holds ingredients in close proximity? So the answer is polyvinyl alcohol that is water soluble hold ingredients together and when dissolved in water along with laundry perform superior cleaning. Now let’s dwell into the science behind laundry detergent pods manufactured by water soluble film suppliers. Laundry detergents may contain :

Builders (15%)

Surfactants (50%)

Bleach (7%)

Enzymes (2%)

Soil anti deposition agents, foam regulators, corrosion inhibitors, optical brighteners, dye transfer inhibitors, fragrances, dyes, fillers and formulation aids.

Surfactants:

The primary cleaning agents in laundry detergent pods are the surfactants . Surfactants are amphipathic molecules having hydrophobic (water-repelling) and hydrophilic (water-attracting) ends,  this allows them  to bind to both water soluble and water in soluble dirt and stains . The science behind working of surfactants is that  they  reduce  the surface tension of water and make the penetration process easier to lift away dirt and stains . Surfactants used in laundry detergent pods manufactured by Water soluble film manufacturers are of following types ;  anionic, nonionic, and amphoteric surfactants. Most commonly used surfactants are the anionic surfactants because these work well in cold water , while non ionic surfactants work well in hot water and amphipathic surfactants work well in both cold water and hot water.

Enzymes:

Proteolytic enzymes are commonly employed that break down protein-based stains like blood, grass, and sweat. Enzymes break the peptide bond that hold these strains on the fabrics. After the cleavage of peptide bond it becomes easier for the surfactants to remove the strains . These are specific in action only break specific type of the strain of dirt e.g proteases break down protein-based stains, amylases break down starch-based stains, lipases for greases and cellulases for cellulose.

Builders:

These are the chelating agents acts as water softeners. Most of the domestic water contains dissolved minerals and heavy metals especially  calcium and magnesium  react with surfactants and form soap scum that is not effective for cleaning and also not good for the machines . This problem was solves by positive thinkers Water soluble film manufacturers by using builders as  sodium tripolyphosphate (STPP). It enhances  the effectiveness of surfactants and neutralize ions that can interfere with cleaning. STPP bind with the calcium and magnesium ions in water and prevent them from interfering with activity of surfactant activity which work  more effectively and it results in better cleaning power.

Bleach:

Detergent pods manufactured by Water soluble film manufacturers do not include household bleach (sodium hypochlorite). Laundry bleaches are the stable adducts of hydrogen peroxide, such as sodium perborate and sodium per carbonate . These  are inactive as solids but will release hydrogen peroxide when dissolved in water. Bleaches target on oxidisable organic stains of vegetable origin (e.g. chlorophyll, anthocyanin dyes, tannins, humic acids, and carotenoid pigments). Hydrogen peroxide is active as a bleach at temperature below 60 °C (140 °F).

Optical Brighteners:

These emit blue light by absorbing ultraviolet light. Optical brighteners absorb ultraviolet light and emit blue light. This counteracts the yellowing effect of fabric aging and make clothes appear bright and white.

How different ingredients work together?

When you add a laundry detergent pod manufactured by Water soluble film manufacturers and laundry to your washing machine , for the superior cleaning, the surfactants, enzymes, builders, and optical brighteners work together . Surfactants  remove dirt and stains by binding to stains , while enzymes break down protein-based  , lipids based and carbohydrates based stains.  By softening water and neutralizing ions,  the builders enhance surfactant effectiveness while optical brighteners  cause brightness and whiteness of  clothes. The result of this collaborative work is the  powerful cleaning system that gets your clothes clean and  pure bright.  This is not final the detergent pods manufactured by Water soluble film manufacturers also offer several convenience benefits. They are pre-measured, so no need  to worry about measuring out the right amount of detergent. They are small and  portable and can be used easily, this makes them  perfect for travel or small loads.

Conclusion

Laundry detergent pods  manufactured by Water soluble film manufacturers are at the peak of modern cleaning technology that  offers  superior cleaning power in a easy to use and   pre-measured package.  we  appreciate the science behind these powerful cleaning agents by the understanding of mechanism of actions of ingredients and how these work together. So whether you are a busy professional or a busy parent, laundry detergent pods manufactured by Water soluble film manufacturers are the perfection for your laundry needs.

References:

 · Eduard Smulders; et al. (2007), “Laundry Detergents”, Ullmann’s Encyclopedia of Industrial Chemistry (7th ed.), Wiley, pp. 1–184, doi:10.1002/14356007.a08_315.pub2, ISBN 978-3527306732

 · Yangxin Yu; Jin Zhao; Andrew E. Bayly (2008), “Development of Surfactants and Builders in Detergent Formulations”, Chinese Journal of Chemical Engineering, 16 (4): 517–527, doi:10.1016/S1004-9541(08)60115-9

 · Rubingh, D. (23 October 1990). Cationic Surfactants: Physical Chemistry. CRC Press. P. 475. ISBN 978-0-8247-8357-0.

 · SNELL, FOSTER DEE (January 1959). “Syndets and Soaps”. Industrial & Engineering Chemistry. 51 (1): 42A–46A. doi:10.1021/i650589a727

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