Advanced Specialty Gas Equipment

GAS DATA & EQUIPMENT RECOMMENDATIONS
Two Component Gas Mixtures

Minor Component
Balance Gas
CGA
Connection
Number
Equipment
Recommendations
Acetaldehyde    
  In Helium 350 APG
  In Nitrogen 350 APG
Acrylonitrile    
  In Helium 350 APG
  In Nitrogen 350 APG
Ammonia    
  In Air 660/705* APG
  In Argon 705 APG
  In Helium 705 APG
  In Hydrogen 330/660/705* APG
  In Nitrogen 330/660/705* APG
Argon    
  In Helium 580 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 580 LABE/HPE
  In Oxygen 296 LABE/HPE
Benzene    
  In Air 590 LABE/HPE
  In Helium 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Butane    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Carbon Dioxide    
  In Air 580/590* LABE/HPE
  In Argon 580 LABE/HPE
  In Carbon Monoxide 350 LABE/HPE
  In Helium 580 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 580 LABE/HPE
  In Oxygen 296/540* LABE/HPE
Carbon Disulfide    
  In Argon 330 APG
  In Helium 330 APG
  In Nitrogen 330 APG
Carbon Monoxide    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Carbonyl Sulfide    
  In Argon 330 APG
  In Helium 330 APG
  In Nitrogen 330 APG
Chlorine    
  In Argon 660 APG
  In Helium 660 APG
  In Nitrogen 330/660* APG
Ethane    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Ethanol    
  In Nitrogen 350 LABE/HPE
Ethylene    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Ethylene Oxide    
  In Air 590 APG
  In Nitrogen 350 APG
Halocarbon 12    
  In Air 590 LABE/HPE
  In Argon 580 LABE/HPE
  In Helium 580 LABE/HPE
  In Nitrogen 580 LABE/HPE
Helium    
  In Argon 580 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 580 LABE/HPE
  In Oxygen 296 LABE/HPE
Hexane    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Hydrogen    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Hydrogen Chloride    
  In Argon 330 AG3870 Series
  In Helium 330 AG3870 Series
  In Nitrogen 330 AG3870 Series
Hydrogen Cyanide    
  In Helium 350 AG3870 Series
  In Nitrogen 350 AG3870 Series
Hydrogen Sulfide    
  In Air 330 APG
  In Argon 330 APG
  In Helium 330 APG
  In Hydrogen 330 APG
  In Methane 330 APG
  In Nitrogen 330 APG
Isobutane    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Methane    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Methanol    
  In Nitrogen 350 LABE/HPE
Methyl Mercaptan    
  In Helium 330/350* APG
  In Nitrogen 330/350* APG
Moisture    
  In Argon 580 LABE/HPE
  In Helium 580 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 580 LABE/HPE
Nitric Oxide    
  In Argon 660 APG
  In Helium 660 APG
  In Nitrogen 660 APG
Nitrogen    
  In Argon 580 LABE/HPE
  In Helium 580 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Oxygen 296 LABE/HPE
Nitrogen Dioxide    
  In Air 660 APG
  In Argon 660 APG
  In Helium 660 APG
  In Nitrogen 660 APG
Nitrous Oxide    
  In Air 590 LABE/HPE
  In Nitrogen 590 LABE/HPE
Oxygen    
  In Argon ** LABE/HPE
  In Helium ** LABE/HPE
  In Nitrogen ** LABE/HPE
Pentane    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Propane    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Propylene    
  In Air 590 LABE/HPE
  In Argon 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Hydrogen 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
Sulfur Dioxide    
  In Air 330/660* APG
  In Argon 660 APG
  In Helium 660 APG
  In Nitrogen 330/660* APG
Sulfur Hexafluoride    
  In Air 590 LABE/HPE
  In Argon 580 LABE/HPE
  In Helium 580 LABE/HPE
  In Nitrogen 580 LABE/HPE
Toluene    
  In Air 350 LABE/HPE
  In Helium 350 LABE/HPE
  In Nitrogen 350/510* LABE/HPE
Vinyl Chloride    
  In Air 590 LABE/HPE
  In Helium 350 LABE/HPE
  In Nitrogen 350 LABE/HPE
* CGA connection may vary depending upon cylinder size or gas manufacturer.
Check with your gas supplier to determine actual CGA connection.
** CGA 590 when oxygen concentration is ≤ 23%. CGA 6 when oxygen concentration is > 23%.