Radonova Laboratories introduces date-marking for the detectors used in radon monitoring. Together with the recently launched vacuum packaging, the date-mark ensures that the monitoring and analysis work can be carried out with the utmost reliability.
Tryggve Rönnqvist, technical manager at Radonova Laboratories, describes the benefits of date-marking the detectors:
“By date-marking each individual pack, we further increase the measurement certainty of short-term monitoring. If radon monitoring is carried out over seven to ten days after the detector has been stored for a year, this could have some effect on the result. Quite simply, it’s more difficult to measure lower concentrations reliably if the monitoring period is short and the storage time is long. Even though we’re talking about small deviations, we always strive to give our customers the most accurate monitoring results possible.”
Easier for stockists and customers with their own stock of detectors
“Above all, data-marketing makes life easier for international stockists and customers who have their own stock of radon detectors. Now they can quickly see how old the detectors are and optimise their warehouse logistics accordingly. Real estate agents are another good example of businesses that benefit from clear date-marking. Monitoring is often fast and frequent in this segment and many agents, therefore, often have their own supply of detectors. With date-marking, we’ve made it easier to use the detectors in the right order.
“Although our monitoring is already at the very forefront of reliability, clear data-marking of each detector and the newly introduced vacuum packaging helps us to offer even simpler, more reliable radon monitoring.
Radonova Laboratories is introducing date-marking on its detectors in November 2018. The newly launched vacuum packaging provides a maximum storage time of eight months. Both for short-term monitoring and three years for long-term monitoring. Radonova also recommends beginning long-term monitoring within 18 months because the measurement uncertainty decreases the sooner monitoring begins.
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