• • Mixture type : multi-component native standard.
  • Composition: contains a range of PFAS frequently detected in environmental matrices, including long- and short-chain compounds.
  • Example of application: often used for the calibration and quantification of PFAS in various environmental samples.

List of compounds

*The concentration indicated is reported in salt form.

• • Mixture type: extended native PFAS standard.
  • Composition: includes less common compounds for better characterization of complex samples.
  • Example of application:designed for environmental studies requiring extensive analytical coverage. Ideal for monitoring PFAS in drinking water and soil.

List of compounds

*The concentration indicated is reported in salt form.

• • Mixture type: native standard, targeting specific PFAS. This blend provides increased sensitivity for newly regulated PFAS.
  • Example of application: used for applications requiring precise quantification of certain short-chain PFAS, often associated with recent industrial products.

List of compounds

*The concentration indicated is reported in salt form.

• • Type of mixture: native mixture of PFAS, balanced between volatile and non-volatile PFAS.
  • Example of application: suitable for routine analysis and comparative studies in matrices such as wastewater, surface water and sludge.
    

List of compounds

*The concentration indicated is reported in salt form.

• • Mixture type: native standard of highly specialised PFAS.
  • Composition: suitable for detecting emerging PFAS.
  • Example of application: analysis of complex PFAS in difficult matrices , such as food products or biological samples.
    

List of compounds

*The concentration indicated is reported in salt form.

• Type of mixture: advanced blend, containing a wide range of native PFAS.
• Composition: includes very long-chain compounds and branched-chain PFAS.
• Example of application: in-depth analysis of little-studied PFAS compounds, particularly useful for research into industrial contamination.
  

List of compounds

• • Mixture type: dedicated native mixture, ideal for exploring PFAS rarely detected in conventional studies.
  • Example of application: designed for laboratories requiring analytical solutions for atypical or unconventional PFAS compounds.
    

List of compounds

This mixture contains non-isotopically labelled PFAS standards; specifically designed to meet European and international guidelines for PFAS analysis.

• • Type of mixture: analytical standard of perfluoroalkylated substances.
  • Composition: contains a well-defined mixture of PFAS compounds, such as PFOA (perfluorooctanoic acid) and PFOS (perfluorooctane sulphonate).
  • Example of application: often used in calibration or verification applications for water, soil and complex matrices.

List of compounds

*The concentration indicated is reported in salt form.

• • Type of mixture: a mixture of 24 native PFAS standard compounds.
  • Composition: includes commonly analysed PFAS such as PFOS, PFOA, PFHxS, and PFBA, providing broad coverage for environmental studies.
  • Example of application: Mainly used for the calibration and quantification of PFAS in environmental matrices such as drinking water, wastewater, soils and sediments.

List of compounds

*The concentration indicated is reported in salt form.

This mixture contains native standards of PFAS, analytes targeted in EPA method 8327, a US Environmental Protection Agency method.

• • Composition: well-defined mixture of native PFASs enabling the method to meet the precision and reproducibility requirements of the method.
  • Example of application: quantification of PFAS in non-drinking and drinking water samples by LC-MS/MS.

List of compounds

*The concentration indicated is reported in salt form.

Extended mixture containing 30 native PFAS compounds.

• • Type of mix: extended coverage, including both short and long chains of PFAS for a complete analysis.
  • Composition: well-defined mixture of native PFASs enabling the method to meet the precision and reproducibility requirements of the method.
  • Example of application: ideal for laboratories carrying out PFAS analyses requiring a wide range of target compounds. Used for multi-matrix analyses, particularly in in-depth environmental studies.

List of compounds

*The concentration indicated is reported in salt form.

• • Type of mixture: native tri-component mixture; covers three representative PFASs, often used as markers in rapid studies or for inter-laboratory comparisons.
  • Example of application: designed for applications requiring simple calibration, particularly in routine test environments with LC-MS/MS instrumentation.

List of compounds

*The concentration indicated is reported in salt form.