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29653-U

Supelco

Certified Vial Kit, Low Adsorption (LA), 2 mL, pk of 100

volume 2 mL, amber glass vial (with marking spot), natural PTFE/silicone septa, thread for 9 mm

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About This Item

UNSPSC Code:
41122001
NACRES:
NB.11

material

amber glass vial (with marking spot)
light blue polypropylene cap (Mass Spec quality)
natural PTFE/silicone septa

feature

closure type screw top vial

packaging

pkg of 100 ea

O.D. × H × I.D.

12 mm × 32 mm × 6 mm

volume

2 mL

fitting

thread for 9 mm

compatibility

for use with Agilent/HP
for use with Thermo Fisher
for use with Waters

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General description

Supelco′s new Low Adsorption (LA) vials are manufactured using a process that decreases the number of hydroxyl groups on the vial′s glass surface, significantly reducing surface activity while improving analytical quantitation and minimizing pH shifts in the sample. This same process also removes unwanted surface metals such as sodium and boron that can contaminate samples and interfere with trace analysis. Unlike other methods used to decrease vial surface activity, the elimination of surface activity in LA vials is integral to the manufacturing process and is not a chemical surface treatment.

These vials and closures are designed, engineered, and manufactured for optimum performance in HPLC, GC/MS, and LC/MS applications. All of the parts of the vial system (vial, cap, and septum) can come into contact with the sample and are critical to the outcome of the analysis.

We recommend using LA vials with MSQ polypropylene cap/PTFE silicone septa. This cap and septa combination was purposely designed for use with mass spectrometry. It shows little to no background contamination when compared to other cap and septa products in the marketplace.

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Articles

Glyphosate and related compounds are measured in oatmeal and infant cereal using ion-exchange polymer-based particles for HPLC and SPE. Low level detection was obtained.

Protocols

Potency testing in marijuana-infused edibles is an important problem that analytical labs are facing due to the complexity of the involved matrices. Concentration of active ingredients in these edibles can range from a few parts per million to 3.5 parts per thousand. This application demonstrates the extraction and HPLC-UV analysis of the active compounds.

Rapid potency testing of marijuana-infused edibles using LC/MS on a biphenyl stationary phase detected eleven cannabinoids.

HPLC separation of 17 important cannabinoids including CBD, delta 9 THC and THCA. Read the application note

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