Due to their synergistic and environmentally friendly effect, the amine oxide group is not dispersed and disinfectant in deodorant (antibacterial) bars. Thermal amino acids are the second-order reaction products of the third amines and hydrogen peroxide. The nature of the third amine in amine oxides may be aliphatic, aromatic, heterocyclic, alisilic, or a combination thereof. In the amine oxides present, the surfactant precursor is generally an alkaldimethylamine C12-C18.
Amine oxides fall into a special class of surfactants known as amphoteric surfactants. The main reason for this is that the amino acid changes from pure cationic to high-density pH through zwitterions. Which confirms the ambiguous nature.
The reaction of hydrogen peroxide with secondary or primary amines does not lead to commercially useful substances, but with the third amines different types of commercially useful substances are obtained, which are not only used in different types of cleaning formulations but also prove their usefulness. It can also be.
Amine oxides are common metabolites of drugs. Amine Oxides Anticancer drugs have been developed as drugs that metabolize oxygen deficiency in cancerous tissue and produce the active drug. Amine oxides are used in various formulations used in surfactants, for example in liquid bleaching products (suitable base), textile industry (stationary anti-electricity material), rubber industry (floor stabilizer), polymer industry (polymer catalyst), Anti-corrosion compounds, lime soap, etc. are very useful.
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