Price: 0
Product ID : LG7220156
LG7220156 Round Bottom Flask, Size=2000 mL
Description
More details on associated web page:
Glassware for Use in Purging Samples The following glassware can be used in conjunction with the S.I.S. purge head adaptor to permit the use of the S.I.S. tube style liquid purge head for purging liquid and solid samples and trapping volatiles purged from the samples onto the S.I.S. Thermal Desorption Tubes.
24 Tube Conditioning Oven for Thermal Desorption Tubes This 24 tube conditioning oven is used for batch flow conditioning of both empty and packed Silco Coated SS desorption tubes as well as for the flow conditioning of the desorption tube needles.
Thermal Desorption Conditioning Oven - 6 Tube The Desorption Tube Conditioning System is used for the flow conditioning of both empty and packed Silco Coated SS desorption tubes as well as for the flow conditioning of the desorption tube needles.
Seals for SIS Thermal Desorption Tubes Seals are utilized in a variety of locations in the Short Path Thermal Desorption Unit.
Short Path Thermal Desorption Accessories Supply Kit When ordering the Short Path Thermal Desorption System, a wide range of systems and accessories are available depending on the application requirements of the user.
Glassware for Use with Purge and Trapping of Volatiles The following glassware can be used in conjunction with the S.I.S. purge head adaptor to permit the use of the S.I.S. tube style liquid purge head for purging liquid and solid samples and trapping volatiles purged from the samples onto the S.I.S. Thermal Desorption Tubes.
SIS TD-5 Short Path Thermal Desorption System SIS TD-5 Short Path Thermal Desorption System, for the analysis of
volatiles and semi-volatiles by GC and GC/MS.
SGE Fused Silica Capillary Tubing (Deactivated)
Essential Ingredient in Maintaining a High Performance Chromatographic System
SIS 2-Inch CryoTrap for the AutoDesorb System CryoTrap for the AutoDesorb System
Thermal Desorption Sample Loader This device is used to inject or load liquid samples directly into the S.I.S. Thermal Desorption Tubes, forcing the syringe contents onto the adsorbent resins in the desorption tube without any loss of sample due to back evaporation.