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The Chemistry of Stain Removal

08.07.2016

© Compound Interest

The Chemistry of Stain Removal

Stains on clothes can be a pain to shift – luckily chemistry is on hand to help out! A range of different molecules are present in stain removers and detergents to help shift grease and dirt, and they can work in different ways. This graphic takes a look at how we can categorise different types of stains, and how the molecules that help remove them work.

Stains themselves can be roughly grouped into several classes: enzymatic, oxidisable, greasy, and particulate. This is really something of a simplification – in reality, a particular stain will have a number of components, which may fall into more than one of these categories. For example, a stain from something like a tomato pasta sauce would have a coloured, oxidisable component, but would probably also be a little greasy. As such, stain removers tend to be a mixture of all of the agents we’ll discuss, to tackle these multi-component stains.

Topics
  • kationische Tenside
  • anionische Tenside
  • nichtionische Tenside
  • Tenside
  • Wasserstoffperoxid
  • Tetraacetylethylendiamin
  • Zeolithe
  • Natriumtriphosphat
  • Polycarboxylate
  • Peressigsäure
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