Gas flow systems serve myriad purposes around the world. They are used to calibrate gas chromatographs (GC) in laboratory and analytical facilities and have been widely employed in the mixing, blending, and delivery of appropriate medical gas mixtures. Ground-breaking clinical research into the interaction between distinct gases and cellular behaviour has also benefits from the
Read MoreMFCs for Hypoxia Training
Thermal mass flow controllers (MFCs) are often used to control the flow of a gas species based on the dissipation of thermal energy. This is
Read MoreOzone (O3) is subcategorized into three primary groups; stratospheric, tropospheric, and artificially-manufactured ozone. Stratospheric ozone is a naturally-occurring substance that forms in the upper stratosphere,
Read MoreGas flow systems are extremely varied in terms of device architecture, functionality, and measurement accuracy. They include delivery, blender, divider, diluter, and myriad other instrument
Read MoreAmbient air quality testing is conducted to determine the gaseous or particulate concentration of air that may be released into the environment or breathed by
Read MoreGlobal transit capabilities enable the rapid transport of perishable goods across the world to be enjoyed by consumers far from their country of origin. This
Read MoreGas chromatography is a novel technique for separating and quantitating vaporized compounds using an inert carrier gas. It operates on similar principles to column permeation
Read MoreWe often receive calls and emails asking about the best way to maintain our mixers and dilutors. There are several important things that you can
Read MoreMore and more, we are talking about trace level ambient monitoring. This monitoring is in line with the measurement objectives of NCORE which is part
Read MoreGas Humidification
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