Both analytical methods require a reliable supply of highly purified gas, of one kind or another based on preference for the sake of variables such as efficiency, expense, and safety

The Parker H2PEMPD Series offers labs a safe, reliable source of hydrogen on demand, capable of supporting all their GC instrument

The SG 920 ensures continuous gas flow to downstream applications by automatically switching gas supply from a primary cylinder bank to a reserve cylinder ban

Precision SL is the smallest and simplest to use laboratory-grade hydrogen generator in its class

New technology from companies like Parker Hannifin allows you to generate hydrogen gas in your lab, providing a safe alternative to helium for gas chromatography

Large testing labs with multiple GC instruments require a reliable supply of carrier gas and FID fuel

Harris Point of Use gas panels are an excellent solution to ensure adequate pressure, and feature a positive shutoff with a packless diaphragm valve outlet.

Carrier gases often affect the efficiency of a separation

Nitrogen and hydrogen gases are essential for different analytical techniques used to assess cannabis potency and safety

Parker Fuel and Carrier Gas Hydrogen Generators produce up to 1100 cc/min of ultra-high purity (UHP) hydrogen. 

Researchers have shown that low-cost sensors that run on solar energy can be used to monitor air pollution after a disaster

Find out what respondents' most sought-after features are when choosing a laboratory gas generator and more in our latest survey results