Selerity Technologies Inc.

Flame Ionization Detector Interface uses superheated water.
Fluid & Gas Flow Equipment

Flame Ionization Detector Interface uses superheated water.

Aquachrom Interface is comprised of small metal beads sintered inside stainless steel tubing that is placed directly into FID. Restrictor delivers water in form of fine mist so that flame maintains stability. Suited for temperature programmed liquid chromatography (TPLC), interface can be attached directly onto outlet of column, or flow can be split for conventional columns. Aquachrom is capable...

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Flame Ionization Detector Interface uses superheated water.
Fluid & Gas Flow Equipment

Flame Ionization Detector Interface uses superheated water.

Aquachrom Interface is comprised of small metal beads sintered inside stainless steel tubing that is placed directly into FID. Restrictor delivers water in form of fine mist so that flame maintains stability. Suited for temperature programmed liquid chromatography (TPLC), interface can be attached directly onto outlet of column, or flow can be split for conventional columns. Aquachrom is capable...

Read More »
Chromatography Column is stable at extreme temperatures.
Architectural & Civil Engineering Products

Chromatography Column is stable at extreme temperatures.

SALT LAKE CITY, Utah (April 7, 2005) - Temperature Programmed Liquid Chromatography (TPLC) specialist, Selerity Technologies Inc introduces a new silica-based stationary phase that can withstand temperatures up to 200ºC. The new Blaze200(TM) column opens up a range of new opportunities for the separations scientist looking to take advantage of better results and peak shapes. This novel...

Read More »
Chromatography Column is stable at extreme temperatures.
Architectural & Civil Engineering Products

Chromatography Column is stable at extreme temperatures.

SALT LAKE CITY, Utah (April 7, 2005) - Temperature Programmed Liquid Chromatography (TPLC) specialist, Selerity Technologies Inc introduces a new silica-based stationary phase that can withstand temperatures up to 200-ºC. The new Blaze200(TM) column opens up a range of new opportunities for the separations scientist looking to take advantage of better results and peak shapes. This novel...

Read More »
Flame Ionization Detector Interface uses superheated water.
Fluid & Gas Flow Equipment

Flame Ionization Detector Interface uses superheated water.

Aquachrom Interface is comprised of small metal beads sintered inside stainless steel tubing that is placed directly into FID. Restrictor delivers water in form of fine mist so that flame maintains stability. Suited for temperature programmed liquid chromatography (TPLC), interface can be attached directly onto outlet of column, or flow can be split for conventional columns. Aquachrom is capable...

Read More »
Flame Ionization Detector Interface uses superheated water.
Fluid & Gas Flow Equipment

Flame Ionization Detector Interface uses superheated water.

Aquachrom Interface is comprised of small metal beads sintered inside stainless steel tubing that is placed directly into FID. Restrictor delivers water in form of fine mist so that flame maintains stability. Suited for temperature programmed liquid chromatography (TPLC), interface can be attached directly onto outlet of column, or flow can be split for conventional columns. Aquachrom is capable...

Read More »
Chromatography Column is stable at extreme temperatures.
Architectural & Civil Engineering Products

Chromatography Column is stable at extreme temperatures.

SALT LAKE CITY, Utah (April 7, 2005) - Temperature Programmed Liquid Chromatography (TPLC) specialist, Selerity Technologies Inc introduces a new silica-based stationary phase that can withstand temperatures up to 200ºC. The new Blaze200(TM) column opens up a range of new opportunities for the separations scientist looking to take advantage of better results and peak shapes. This novel...

Read More »
Chromatography Column is stable at extreme temperatures.
Architectural & Civil Engineering Products

Chromatography Column is stable at extreme temperatures.

SALT LAKE CITY, Utah (April 7, 2005) - Temperature Programmed Liquid Chromatography (TPLC) specialist, Selerity Technologies Inc introduces a new silica-based stationary phase that can withstand temperatures up to 200-ºC. The new Blaze200(TM) column opens up a range of new opportunities for the separations scientist looking to take advantage of better results and peak shapes. This novel...

Read More »

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