
Dispensing lecture-bottle gases has never been safer or simpler using these portable lecture-bottle stations. The premium quality components housed within a station are matched to the application, fully assembled, leak-tested, and ready for use. Just connect the station to the lecture-bottle, process, and a source of inert gas if using a station with a purge valve and you are ready to go.
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Non-Corrosive Lecture-Bottle StationFor Inert and non-corrosive gas applications
Z562599-1EA
High-Purity Lecture-Bottle StationFor non-corrosive, high-purity gas applications
Z562602-1EA
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Lecture-Bottle Station with T-Purge ValveFor mildly-corrosive and high-purity gas applications
Z562610-1EA
Purge valve sits between the lecture-bottle and regulator to purge system with inert gas to remove air, moisture, and process gas to maintain high-purity conditions and to minimize gas hydrolysis and corrosion damage to equipment. Purge system with dry, inert gas before introducing mildly corrosive gases and again immediately after use. |
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Corrosive Lecture-Bottle Station with Cross-Purge ValveFor strong, acid-forming gas applications
Z562629-1EA
For use with hydrogen chloride, hydrogen, bromide, hydrogen fluoride, and silicon tetrafluoride. Cross-purge valve sits between the lecture-bottle and regulator to prevent escape of toxic and flammable gases when changing cylinders and permits purging system with inert gas to remove air, moisture, and process gas to minimize gas hydrolysis and corrosion damage to equipment. Purge system with dry, inert gas before introducing corrosive gases and again immediately after use. |
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Lecture-Bottle Service StationFor strong, acid-forming gas applications
Z562637-1EA
This station provides storage capacity for three additional lecture-bottles, tools, and supplies for use with Sigma-Aldrich Lecture-Bottle Stations. Table top or wall-mountable. Hinged cover over storage space keeps supplies clean and secure. |
Lecture-Bottle Station Selection Guide
Gas | Gas Catalog No. | Lecture-Bottle Station Catalog No. |
---|---|---|
Air | 294977 | Z562599 |
Allene | 294985 | Z562610 |
Ammonia | 294993 | Z562610 |
Argon | 295000 | Z562599 |
Boron trichloride | 295019 | Z562629 |
Boron trifluoride | 295027 | Z562629 |
Bromomethane | 295485 | Z562599 |
Butane | 494402 | Z562599 |
Carbon Dioxide | 295108 | Z562599 |
Carbon Monoxide | 295116 | Z562599 |
Carbon tetrafluoride | 295736 | Z562599 |
Carbonyl sulfide | 295124 | Z562610 |
Chlorine | 295132 | Z562629 |
1,1-Difluoroethylene | 295272 | Z562599 |
Ethane, 99% | 295302 | Z562599 |
Ethane, 99.99% | 539775 | Z562599 |
Ethylene, 99.5% | 295329 | Z562599 |
Ethylene, 99.99% | 536164 | Z562599 |
Ethylene oxide | 387614 | Z562610 |
Helium | 295345 | Z562599 |
Hexafluoroethane | 295361 | Z562599 |
Hydrogen | 295396 | Z562599 |
Hydrogen bromide | 295418 | Z562629 |
Hydrogen chloride | 295426 | Z562629 |
Hydrogen sulfide | 295442 | Z562610 |
Methane | 295477 | Z562599 |
Methanethiol | 295515 | Z562610 |
Methylamine | 295531 | Z562610 |
2-Methylpropane | 539821 | Z562599 |
Nitric Oxide | 295566 | Z562610 |
Nitrogen | 295574 | Z562599 |
Nitrogen Dioxide | 295582 | Z562610 |
Nitrous Oxide | 295590 | Z562599 |
Oxygen | 295604 | Z562599 |
Sulfur Dioxide | 295698 | Z562610 |
Sulfur hexafluoride | 295701 | Z562599 |
Trifluoromethane | 295337 | Z562599 |
Vinyl chloride | 387622 | Z562610 |