Du har blitt omdirigert til din lokale versjon av den forespurte siden

Best practice surfactant titrations

53 min

en

// Personal care & cosmetics

Mona Wagner, Application Specialist Titration at Metrohm International Headquarters, presents how to analyze surfactants by automatic potentiometric titration. She covers all the relevant aspects from sample preparation to selecting a suitable electrode for the actual titration.

NOR Web Form - Gated Video new
Fyll ut feltene for å se webinaret vårt. Feltene merket (*) må fylles ut.
 
 
 
 
Fornavn*
 
 
Etternavn*
 
 
 
e-post*
 
 
Land*
 
 
 
Firma
 
 
 
 
Jeg godkjenner at Metrohm Nordic AS lagrer data jeg har oppgitt i henhold til Metrohms retningslinjer for personvern og kan kontakte meg på e-post, telefon og pr. post. Jeg kan når som helst trekke tilbake denne godkjennelsen ved å sende en e-post til firmapost@metrohm.no.

  
 
Jeg aksepterer Metrohm Nordics retningslinjer for personvern*
 
 
 


Ikke gå glipp av Metrohms gode tilbud og spesialrabatter. Abonner på vårt nyhetsbrev her.

  
 
Jeg ønsker å motta nyhetsbrev fra Metrohm Nordic
 
 
 
 
 
 
 
 
 
Webinar ID
 
 
 
 
 
 
 

Analysis of surfactants with potentiometric titration

OMNIS, OMNIS KF, OMNIS Coulometer, OMNIS Titration Module, OMNIS Solvent Module, OMNIS Dosing Module, coulometry, volumetry, coulometric titration, volumetric titration, 60338100, 60341100, 600349100, 600201300, 61115000, person, lab worker, Mona Wagner

From shampoo and toothpaste to detergents and disinfectants – surfactants are an integral part of many consumer products. They are usually tested in the QC laboratory using potentiometric titration.

Key learnings of this webinar:

  • What are surfactants and why are they important?
  • How to reliably determine cationic, anionic, and non-ionic surfactants by potentiometric titration
  • The difference between an aqueous surfactant tiration and a two-phase surfactant titration and when to prefer which
  • How two-phase surfactant titration can be used as an alternative to well-known Epton Titration
  • Which potentiometric sensor to choose for which titration