Improving Trace-Level PFAS Air Analysis with Agilent UltiMetal Thermal Desorption Tubes

Accurate analysis of volatile and semi-volatile PFAS in air begins with reliable sample collection. In this application note, discover how Agilent UltiMetal thermal desorption tubes help minimize analyte interactions with active metal surfaces to improve recovery, reproducibility, and confidence in trace-level PFAS analysis. Learn how proprietary surface deactivation supports thermal desorption GC/MS workflows, review analytical performance data for challenging PFAS compounds, and explore the benefits of optimized thermal desorption sampling for environmental air monitoring. Ideal for laboratories developing or optimizing PFAS air analysis methods, this resource provides practical insights to help generate more reliable analytical results.

• Learn how Agilent UltiMetal thermal desorption tubes help improve recovery and reproducibility for volatile and semi-volatile PFAS analysis.
• Explore analytical performance data demonstrating the benefits of proprietary surface deactivation in thermal desorption GC/MS workflows.
• Discover practical strategies for improving confidence in trace-level PFAS air monitoring applications.\

Learn how Agilent UltiMetal thermal desorption tubes help improve recovery, reproducibility, and sensitivity for volatile and semi-volatile PFAS analysis. This application note explores the benefits of proprietary surface deactivation and demonstrates analytical performance in thermal desorption GC/MS workflows for environmental air monitoring.