We, 26.11.2025 | Original article from: Phenomenex
GC performance often declines due to worn or contaminated inlet parts. Regular replacement of liners, septa, and key components reduces failures, prevents downtime, and keeps results consistent.GC Technical Tip - The Inlet: Setting a Maintenance Schedule
Phenomenex: GC Technical Tip - The Inlet: Setting a Maintenance Schedule
Gas Chromatography (GC) performance can decline over time due to contamination or aging of system components. Pinpointing the exact source of a fault can be challenging—especially when the signs are unclear or seem to affect multiple parts of the system. This often leads to extended troubleshooting and unnecessary downtime.
To avoid these disruptions, it's best to take a proactive approach to GC maintenance. Most performance issues stem from the inlet system, so regularly replacing critical inlet components—such as liners and septa—can significantly reduce the likelihood of failures. This helps ensure consistent results and keeps your instrument running smoothly.
Below is a recommended schedule for replacing inlet parts. Depending on how clean or dirty your samples are, you may need to adjust the frequency to suit your specific workflow.
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