ELEVATE ANALYTICAL CHEMISTRY:
The Role of Clean Flow Control Solutions
In the world of analytical chemistry, the accuracy and reliability of gas chromatography (GC) and mass spectrometry (MS) hinge on the cleanliness of fluidic components. Contaminants in valves, regulators, and pressure controllers can lead to false positives and inaccurate results, compromising the integrity of your analysis.
Our latest white paper dives deep into how innovative design and meticulous manufacturing processes can significantly reduce contamination risks. We'll investigate several factors that can affect cleanliness including:
- Importance of Cleanliness: Learning how contamination in sample introduction systems and mass spectrometers can lead to false positives and inaccurate quantification.
- Material Considerations: Understanding the pivotal role of chemical compatibility and low outgassing properties in selecting materials for valves, regulators, and pressure controllers.
- Design Factors: Discovering how lower power consumption, smooth surfaces, and direct flow paths contribute to minimizing contamination.
- Manufacturing Excellence: Exploring Parker Hannifin's meticulous cleaning processes that ensure the highest standards of cleanliness, resulting in reliable and consistent analytical results.