The MicroVol 1100 low volume air sampler provides a flexible sampling platform for PM10, PM2.5 or TSP particulates and basic meteorological parameters.
Intrinsically safe versions available for ATEX & UL. Large, reinforced LCD display. Rapid drop-in charger, outstanding run times. Robust rugged design for use in harsh environments. Comprehensive flow range 5ml – 4L/min. Data logging version available (Pro).
Recent CDC and NIOSH data concerning nanoparticles are sounding the alarm for environmental health and safety professionals worldwide—that there is strong evidence suggesting potential health concerns of this technology. Evidence that points to the exposure of the chemical and physical properties of these particlesand their little understood ...
Ammonia diffusion tubes are suitable for long-term monitoring of ambient Ammonia pollution (sampling times are 2-4 weeks). These Ammonia samplers are simple to use, requiring no specialist skills or power supply, making them an efficient monitoring option. With very low detection limits (in the low parts per billion range), even low levels of ...
Many professionals, including doctors, nurses, dentists and vets use anaesthetic gases on a regular basis. Continuous exposure to these gases can be harmful, so personal exposure and ambient concentrations need to be measured.
Scientific studies have found an association between exposure to particulate matter emissions and significant health problems. The Air Particle Counters are affordable instruments which can monitor indoor air quality in homes and workplaces.
The largest emissions of Formaldehyde are associated with its manufacture and subsequent use, natural emissions are lower. This tube is used for active (pumped) sampling over a few hours to identify levels of Formaldehyde and other Aldehydes. Concentrations can be measured in the low parts per billion (ppb) range and above.
Hydrogen sulphide (H2S) pollution is associated with an unpleasant odour, as are many other pollutants.
Nitrogen oxides diffusion tubes provide long-term monitoring options with detection limits in the low parts per billion to parts per million range. These cost effective devices do not require specialist skills or time commitment and therefore give the user an efficient method for air quality monitoring.