Patented Pulse Ionization Chamber Technology
Our patented Pulse Ionization Chamber (PIC) technology directly measures ionization events from radon decay using a precision aluminum chamber and advanced pulse analysis electronics, delivering highly accurate, stable, and reliable radon measurements.
Direct Ionization Detection
PIC technology directly detects ionization events produced by radon decay, rather than relying on indirect semiconductor signals.
Higher Accuracy & Stability
By measuring actual ionization events inside a precision aluminum chamber, PIC delivers more stable and reliable long-term monitoring.
Faster Reliable Results
High-sensitivity pulse analysis enables first readings in about 10 minutes and reliable radon assessment within approximately 1 hour.
Precision Indoor Monitoring Built Around Pulse Ionization Chamber Technology
Explore the core technologies behind GZAIR continuous radon monitoring, including Pulse Ionization Chamber detection, laboratory validation, and long-term monitoring system development.
Pulse Ionization Chamber
Learn how Pulse Ionization Chamber technology measures radon through ionization pulse detection designed for stable long-term monitoring.
Explore Technology →Sensor Development Laboratory
Explore environmental testing, calibration validation, and continuous stability evaluation designed for long-term monitoring performance.
View Laboratory →Certifications & Validation
Learn about calibration verification, environmental testing, and current NRPP and C-NRPP certification progress.
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