Mercury Analyzers
RA-915 Lab
RA-915 Lab is a bench-top mercury analyzer with a 45-position autosampler for accurate, reliable, and cost-effective analysis of solid and liquid samples through direct thermal decomposition in the broadest range of application areas.
RA-915M
RA-915M is a supersensitive portable analyzer for real-time mercury measurement in ambient and indoor air. Being combined with dedicated attachments, the analyzer can determine Hg in solids, liquids, gases, and biological materials.
Light-915M2
This new compact, portable mercury analyzer is designed for convenient direct Hg measurement in air. High accuracy and real-time operation along with small size and weight make it an excellent device for field work.
RA-915F
RA-915F is a simplified benchtop mercury analyzer for fast direct analysis of all kinds of solid, liquid, and biological samples from ppb level. The compact design also makes RA-915F ideal for mobile laboratories.
RA-915M / PYRO-915+
PYRO-915+ attachment allows conducting fast direct analysis of all kinds of solid, liquid, and biological samples from ppb level with no reagents or compressed gases. Even the complex-matrix samples are analyzed without pre-treatment.
RA-915M / RP-91NG
RP-91NG attachment provides direct determination of mercury concentration in hydrocarbon gases. Analysis is performed continuously in a gas flow without preliminary accumulation on a gold trap.
RA-915M / RP-92
The set of RA-915M mercury analyzer with RP-92 attachment implements the conventional Cold Vapor (CV) technique for the Hg analysis of liquid and digested solid samples.
RA-915W
RA-915W is an analyzer designated for accurate mercury detection in aqueous samples, including drinking water, natural water, seawater, wastewater, and process water, as well as in digested solid samples. It serves as a simple and cost-effective solution, offering essential functionality for routine laboratory use.
Mercury Monitoring Toolkit
Mercury Monitoring Toolkit is designed for efficient and cost-effective on-site determination of total and speciated mercury emissions with flue gases using sorbent trap method.
Light-915
Discontinued product